CN104210685A - Web paper packaging machine adopting whole-roll film packaging - Google Patents

Web paper packaging machine adopting whole-roll film packaging Download PDF

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Publication number
CN104210685A
CN104210685A CN201410444926.XA CN201410444926A CN104210685A CN 104210685 A CN104210685 A CN 104210685A CN 201410444926 A CN201410444926 A CN 201410444926A CN 104210685 A CN104210685 A CN 104210685A
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China
Prior art keywords
film
packaging
shaping channel
lamina membranacea
packaging film
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CN201410444926.XA
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CN104210685B (en
Inventor
黄松
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Chengdu Soontrue Rainbow Machinery Equipment Co Ltd
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Chengdu Soontrue Rainbow Machinery Equipment Co Ltd
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Abstract

The invention discloses a web paper packaging machine adopting whole-roll film packaging and relates to the technical field of paper towel packager machinery. According to the packaging machine, a material and a packaging film are conveyed simultaneously, the material is packaged by the packaging film while being conveyed, and the packaging process is uninterrupted, so that the packaging efficiency is increased; during packaging, locations of grains and patterns on the packaging film can be excellently controlled, so that the grains and the patterns are packaged to specific locations of the material, and packaged paper towels are more attractive, thereby meeting the demands of people in daily lives.

Description

A kind of roll wrapper adopting entire volume film to pack
Technical field
The present invention relates to facial tissue packer mechanical field, is more particularly a kind of roll wrapper adopting entire volume film to pack.
Background technology
The features such as facial tissue packer replaces Traditional Man packaging, has speed fast, packaging neat appearance, had both saved manpower and had turn improved production efficiency.But with the quickening pace of modern life, people are also increasing to the demand of paper handkerchief, especially paper in reel, be that people's life requirement amount is maximum; The requirement of people to paper in reel is not only the quality of paper, also to the appearance package of paper in reel, certain requirement is housed.In order to meet the demand of people, packaging efficiency and the Accuracy of Packaging of paper in reel just must be improved.
State Intellectual Property Office was on February 22nd, 2006, disclosing a publication number is CN1736801A, name is called the patent of invention of " a kind of materials packing machine ", a kind of materials packing machine of this patent of invention, comprise the shaping sealing device of film feeder, feed arrangement and packaging film, described film feeder comprises all film mechanisms; The shaping sealing device of described packaging film comprises the packaging film supporting plate be located on support, and this supporting plate is provided with the material through hole that shape and size all match with material to be packaged; With the packaging film former be located at above packaging film supporting plate material through hole; With the material location clamping part be located at above packaging film former and material propulsion component, the running direction of material location clamping part and material propulsion component is perpendicular; With hand and is packed for the seal plate of seal material bottom surface packaging film in the one group of material bottom surface be between packaging film former and material clamping part; And one material can be delivered to below packaging film supporting plate material location clamping part material jacking parts.
This patent of invention first packaging film is cut into block by certain specification size, then the packaging film of well cutting is delivered on the through hole of supporting plate, then by jacking parts, material is pushed to clamping part place, material location, in the process pushed, material passes through through hole, and by the packaging film jack-up on through hole, pass through material channel, packaging film is made to be coated on material end face and two ends, when material is transported to clamping part place, material location, material clamps by material location clamping part, then pack hand and packing box heat-seal is carried out to the packaging film of material bottom surface, again pin forming is carried out to material both sides afterwards, complete the packaging of whole material.
There is following problem in above-mentioned a kind of material packing machine of the prior art:
1, be all first entire volume film is cut into individual film to the packaging of the materials such as paper handkerchief in prior art, then the corresponding single material of individual film is packed, this manner of packing is that packaging process is lost time, and packaging efficiency is low discontinuously solely to single material package.
2, the paper handkerchief manner of packing of prior art, the corresponding single material package of individual film, is difficult to locate packaging film, pattern on packaging film or decorative pattern can not be navigated on the specific position of material, make in subsequent packages process, there is skew in pattern or decorative pattern, it is attractive in appearance that impact is packed.
3, existing manner of packing adopts material jacking or the mode that falls in film former, this manner of packing has certain requirement to package speed, jacking or the whereabouts of packing materials can not exceed setting speed, after exceeding setting speed, this kind of manner of packing can not ensure the regularity of material, can not pack the precision of packaging film packing materials, be unfavorable for improving packaging efficiency, packaging efficiency is low simultaneously.
Summary of the invention
For above-mentioned deficiency of the prior art, the invention provides a kind of roll wrapper adopting entire volume film to pack, in the process of film feeding, material is packed, improve packaging efficiency; And the present invention is in packaging process, the position of decorative pattern and pattern on packaging film can well be controlled, make decorative pattern and pattern be packaged in the specific position of material, make packaged paper handkerchief have more aesthetic property, meet people's daily life demand.
For solving above-mentioned deficiency of the prior art, the present invention is achieved through the following technical solutions:
The roll wrapper adopting entire volume film to pack, comprises film feeding mechanism, material conveying mechanism, packaging film shaped device, the first conveying mechanism, heat sealing mechanism, shoutoff mechanism, second conveyor structure and pin forming mechanism, it is characterized in that:
Material conveying mechanism: for carrying unpacked material;
Film feeding mechanism: for conveying and packaging film;
Packaging film shaped device: the mouth being arranged on material conveying mechanism, for being wrapped in column packaging bag material being formed a side openings by packaging film;
First conveying mechanism: the discharge end being positioned at packaging film shaped device, and for carrying described column packaging bag;
Heat sealing mechanism: the top or the side that are arranged on the first conveying mechanism, for sealing the side openings of described column packaging bag;
Shoutoff mechanism: the rear end being arranged on the first conveying mechanism, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open;
Second conveyor structure: be arranged on shoutoff mechanism rear end, for carrying the semi finished package bag of the both ends open after cut-out;
Pin forming device: be arranged on second conveyor structure, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described packaging film shaped device comprises packaging film shaping channel and folding portion; Described folding portion comprise turn over lamina membranacea, under turn over lamina membranacea, rollover lamina membranacea I and rollover lamina membranacea II; Described film shaping channel is rectangular channel; Described film shaping channel end face leaves a vee, and turn over lamina membranacea one end on described and be connected on the hypotenuse of vee, the other end upwards turns down; Turn over lamina membranacea under described and be arranged on film shaping channel lower end, and the bottom of one end and film shaping channel entrance is fixedly linked, the other end turns down downwards; Described rollover lamina membranacea I is arranged on the right side of film shaping channel, and the right edge of one end and film shaping channel entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea II is arranged on the left of film shaping channel, and the limit, left side of one end and film shaping channel entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea I, under turn over lamina membranacea, rollover lamina membranacea II and on turn over lamina membranacea and be connected to form described folding portion successively.
Described rollover lamina membranacea I, under turn over lamina membranacea, rollover lamina membranacea II and on turn over lamina membranacea successively connecting place be arc transition.
Gap is had between the end face of described film shaping channel and the right side wall of film shaping channel; Be provided with connecting element between the end face of described film shaping channel and the right side wall of film shaping channel, described connecting element one end is fixedly connected on the end face of film shaping channel, and the other end is fixedly connected on the right side wall of film shaping channel.
Described material conveying mechanism is the belt conveyor of two groups of symmetries.The material of conveying is played to the effect of clamping.
Described first conveying mechanism is vacuum negative pressure type conveying mechanism.
Described first conveying mechanism is provided with filming-drawing mechanism above packaging film shaped device one end, and described filming-drawing mechanism is vacuum negative pressure type conveying mechanism.
Described second conveyor structure is inverted "L" shaped transfer passage; Described second conveyor structure corner is provided with push pedal; Described pin forming mechanism is arranged on second conveyor structure both sides.
Described pin forming mechanism is arranged on second conveyor structure tail end.
Compared with prior art, the Advantageous Effects that the present invention brings shows:
1, roll wrapper of the present invention, entire volume film is adopted to carry out continuously or interval packaging paper in reel, packaging film is coated on web surfaces by packaging film shaped device, when paper in reel is delivered into packaging film shaped device, packaging film carries out continuously or interval packaging paper in reel that is continuous or intermittent delivery, form in the film shaping channel that packaging film enters packaging film shaped device through turnover that one is semiclosed and while there is the packaging bag of opening, the position of packaging bag opening is corresponding with heat sealing mechanism; Packaging film after packaging webs is sealed by the opening part of heat sealing mechanism to packaging bag of the first conveying mechanism side, then the packaging film after heat-sealing is cut off, continue on to pin forming device place, carry out pin forming to the two ends of paper in reel, paper in reel has been packed the most at last.
2, the manner of packing of roll wrapper of the present invention makes a big difference compared with the manner of packing of roll wrapper of the prior art: packaging film shaped device of the present invention comprises film shaping channel and folding portion, packaging film passes through the turnover of folding portion through film shaping channel, in film shaping channel, packaging film is close to the inwall of film shaping channel all the time, make moulding by film shaping channel of packaging film, form a rectangular pack bag; The present invention is in the process of transport membrane, and device for transporting objects is by mass transport in film shaping channel, and at convey materials through film shaping channel, packaging film carries out coated to material.In packaging process of the present invention, paper in reel can continuously or intermittent delivery, and packaging film is also continuous or batch (-type) carries out coated to paper in reel, and compared to existing technologies, this mode has saved many time, improves packaging efficiency.
3, roll wrapper of the present invention, owing to being continually to pack paper in reel, in paper in reel course of conveying, paper in reel is packed, when paper in reel is through film shaping channel, paper in reel is placed in packaging bag, the movement of paper in reel is afterwards all follow the movement of packaging bag and movement, be not subjected to displacement change between the two, therefore, the present invention set the transfer rate of packaging film and mass transport speed suitable, the decorative pattern on packaging film or pattern just can be made to be coated on the specific position of paper in reel, the paper handkerchief that facial tissue packer of the present invention is packed out has more aesthetic property.
4, a kind of roll wrapper adopting entire volume film to pack of the present invention, entire volume film is used to pack paper handkerchief, do not need before packaging to cut packaging film, again cutting is carried out to packaging film after packaging film packing materials, not only increase packaging efficiency like this, also improve the packaging precision of wrapping machine, make the finished product after packing more attractive in appearance.
5, packaging film shaped device of the present invention has a variety of version, as packaging film shaped device comprises a film shaping channel, described film shaping channel is cylindrical, membrane roller is provided with below film shaping channel, described membrane roller is provided with the semi-circular recesses matched with cylindrical membrane shaping channel, film passes between membrane roller and film shaping channel, in the effect of membrane roller, packaging film is by coated for film shaping channel, form the column packaging bag of a top opening, then seal through the opening of heat sealing mechanism to column packaging bag, form semi finished package bag.This packaging film shaped device utilizes the characteristic of film softness, by guiding and the traction of membrane roller, packaging film is coated on gradually on packaging film shaping channel in course of conveying, and material is carried in packaging film shaping channel, be transported on packaging film at channel exit, then through the heat-sealing of top hot sealing device, the column packaging bag the most at last after heat-sealing is cut off, and forms the semi finished package bag of both ends open.
6, packaging film shaped device of the present invention comprises packaging film shaping channel and folding portion; Described folding portion comprise turn over lamina membranacea, under turn over lamina membranacea, rollover lamina membranacea I and rollover lamina membranacea II; Packaging film is first through the turnover of folding portion and then enter in film shaping channel, and make packaging film enter in film shaping channel according to the path of turnover by the turnover of folding portion, packaging film is close on the inwall of film shaping channel; Described film shaping channel is rectangular channel; Described film shaping channel end face leaves a vee, and turn over lamina membranacea one end on described and be connected on the hypotenuse of vee, the other end upwards turns down; Film shaping channel end face stays a vee to be the conveying of conveniently material, and when mass transport enters film shaping channel place, packaging film, by above turning over the guiding of lamina membranacea and film shaping channel end face, covers material end face, packs material.Packaging film shaped device of the present invention, structure is simple, easy to use, has very strong practicality, is applied in material packing machine and can improves packaging efficiency, increases the rate of precision of package packing machine, makes the product of packaging more attractive in appearance.
7, packaging film shaped device of the present invention turn over lamina membranacea I, under turn over lamina membranacea, rollover lamina membranacea II and on turn over lamina membranacea successively connecting place be arc transition, the conveying that circular arc is excessively conveniently packaging film is set, prevent the broken bag of packaging film in course of conveying, affect packaging efficiency.
8, have gap between the end face of the film shaping channel of packaging film shaped device of the present invention and the right side wall of film shaping channel, facilitate the conveying of film and the covering of material top package film, back side edge heat-sealing is prepared for it.
Accompanying drawing explanation
Fig. 1 is the front view structural representation of roll wrapper of the present invention;
Fig. 2 is the birds-eye view structural representation of roll wrapper of the present invention;
Fig. 3 is that packaging film shaped device master of the present invention looks perspective view;
Fig. 4 is packaging film shaped device rear perspective structural representation of the present invention;
Fig. 5 is that perspective view is looked on a packaging film shaped device left side of the present invention;
Fig. 6 is that perspective view is looked on the packaging film shaped device right side of the present invention;
Fig. 7 is the main TV structure schematic diagram of roll wrapper embodiment 8 of the present invention;
Fig. 8 is the plan structure schematic diagram of roll wrapper embodiment 8 of the present invention;
Reference numeral: 1, frame, 2, film feeding mechanism, 3, material conveying mechanism, 4, packaging film shaped device, 41, film shaping channel, 411, vee, 412, connecting element, 42, folding portion, 421, on turn over lamina membranacea, 422, under turn over lamina membranacea, 423, rollover lamina membranacea I, 424, rollover lamina membranacea II, 5, the first conveying mechanism, 6, filming-drawing mechanism, 7, shoutoff mechanism, 8, second conveyor structure, 81, push pedal, 9, heat sealing mechanism, 10, pin forming mechanism.
Detailed description of the invention
Embodiment 1
As a preferred embodiment of the present invention, with reference to Figure of description 1 and 3, the present invention includes material conveying mechanism 3: for carrying unpacked material; Film feeding mechanism 2: for continuous or intermittent delivery packaging film; Packaging film shaped device 4: the mouth being arranged on material conveying mechanism 3, for being wrapped in column packaging bag material being formed a side openings by packaging film; First conveying mechanism 5: the discharge end being positioned at packaging film shaped device 4, and for carrying described column packaging bag; Heat sealing mechanism 9: the top or the side that are arranged on the first conveying mechanism 5, for sealing the side openings of described column packaging bag; Shoutoff mechanism 7: the rear end being arranged on the first conveying mechanism 5, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open; Second conveyor structure 8: be arranged on shoutoff mechanism 7 rear end, for carrying the semi finished package bag of the both ends open after cut-out; Pin forming device 10: be arranged on second conveyor structure 8, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described material conveying mechanism 3 is arranged on frame 1 side; Described packaging film shaped device 4 is arranged in frame 1, and the inlet point of described packaging film shaped device 4 is corresponding with material conveying mechanism 3 mouth; Described film feeding mechanism 2 is arranged on the below of packaging film shaped device 4; Described first conveying mechanism 5 is arranged on packaging film shaped device 4 mouth along the throughput direction of packaging film shaped device 4; The throughput direction of described first conveying mechanism 5 is consistent with the throughput direction of packaging film shaped device 4; Packaging film forms by the packaging film shaped device 4 that is carried through of film feeding mechanism semi-enclosed packaging bag that has opening, is delivered to the first conveying mechanism 5; Described heat sealing mechanism 9 is arranged on the first conveying mechanism 5 side or top, and in the course of conveying of the first conveying mechanism 5, the opening in described semi-enclosed packaging bag seals through described heat sealing mechanism 9; Described second conveyor structure 8 is arranged on the first conveying mechanism 5 tail end; Described shoutoff mechanism 7 is arranged between the first conveying mechanism 5 and second conveyor structure 8, and shoutoff mechanism 7 is for the packaging bag cut off after heat sealing mechanism 9 seals and form the semi finished package bag of single both ends open; Described pin forming mechanism 10 is arranged on described second conveyor structure 8, and for carrying out pin forming to the two ends of semi finished package bag, forms packaging bag finished product.
Roll wrapper of the present invention, entire volume film is adopted to pack continuously or intermittently material, packaging film is coated on material surface by packaging film shaped device, when mass transport enters packaging film shaped device, packaging film carries out continuously or interval packaging material that is continuous or intermittent delivery, form in the film shaping channel that packaging film enters packaging film shaped device through turnover that one is semiclosed and while there is the packaging bag of opening, the position of packaging bag opening is corresponding with heat sealing mechanism; Packaging film continuously or after interval packaging carries out the heat-sealing of opening part by the heat sealing mechanism of the first conveying mechanism side, then the packaging film after heat-sealing is cut off, continue on to pin forming device place, carry out pin forming to the two ends of material, material package completes the most at last.
The manner of packing of roll wrapper of the present invention makes a big difference compared with the manner of packing of facial tissue packer of the prior art: packaging film shaped device of the present invention comprises film shaping channel and folding portion, packaging film passes through the turnover of folding portion through film shaping channel, in film shaping channel, packaging film is close to the inwall of film shaping channel all the time, make moulding by film shaping channel of packaging film, form a rectangular pack bag; The present invention is in the process of transport membrane, and device for transporting objects is by mass transport in film shaping channel, and at convey materials through film shaping channel, packaging film carries out coated to material.In packaging process of the present invention, can not intermittent delivery, packaging film is also that batch (-type) does not carry out coated to material, and compared to existing technologies, this mode has saved many time, improves packaging efficiency.
Embodiment 2
As the another preferred embodiment of the present invention, with reference to Figure of description 2 and 4, the present invention includes material conveying mechanism 3: for carrying unpacked material; Film feeding mechanism 2: for continuous or intermittent delivery packaging film; Packaging film shaped device 4: the mouth being arranged on material conveying mechanism 3, for being wrapped in column packaging bag material being formed a side openings by packaging film; First conveying mechanism 5: the discharge end being positioned at packaging film shaped device 4, and for carrying described column packaging bag; Heat sealing mechanism 9: the top or the side that are arranged on the first conveying mechanism 5, for sealing the side openings of described column packaging bag; Shoutoff mechanism 7: the rear end being arranged on the first conveying mechanism 5, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open; Second conveyor structure 8: be arranged on shoutoff mechanism 7 rear end, for carrying the semi finished package bag of the both ends open after cut-out; Pin forming device 10: be arranged on second conveyor structure 8, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described material conveying mechanism 3 is arranged on frame 1 side; Described packaging film shaped device 4 is arranged in frame 1, and the inlet point of described packaging film shaped device 4 is corresponding with material conveying mechanism 3 mouth; Described film feeding mechanism 2 is arranged on the below of packaging film shaped device 4; Described first conveying mechanism 5 is arranged on packaging film shaped device 4 mouth along the throughput direction of packaging film shaped device 4; The throughput direction of described first conveying mechanism 5 is consistent with the throughput direction of packaging film shaped device 4; Packaging film forms by the packaging film shaped device 4 that is carried through of film feeding mechanism semi-enclosed packaging bag that has opening, is delivered to the first conveying mechanism 5; Described heat sealing mechanism 9 is arranged on the first conveying mechanism 5 side or top, and in the course of conveying of the first conveying mechanism 5, the opening in described semi-enclosed packaging bag seals through described heat sealing mechanism 9; Described second conveyor structure 8 is arranged on the first conveying mechanism 5 tail end; Described shoutoff mechanism 7 is arranged between the first conveying mechanism 5 and second conveyor structure 8, and shoutoff mechanism 7 is for the packaging bag cut off after heat sealing mechanism 9 seals and form the semi finished package bag of single both ends open; Described pin forming mechanism 10 is arranged on described second conveyor structure 8, and for carrying out pin forming to the two ends of semi finished package bag, forms packaging bag finished product.
Roll wrapper of the present invention, entire volume film is adopted to pack continuously or intermittently material, packaging film is coated on material surface by packaging film shaped device, when mass transport enters packaging film shaped device, packaging film carries out continuously or interval packaging material that is continuous or intermittent delivery, form in the film shaping channel that packaging film enters packaging film shaped device through turnover that one is semiclosed and while there is the packaging bag of opening, the position of packaging bag opening is corresponding with heat sealing mechanism; Packaging film continuously or after interval packaging carries out the heat-sealing of opening part by the heat sealing mechanism of the first conveying mechanism side, then the packaging film after heat-sealing is cut off, continue on to pin forming device place, carry out pin forming to the two ends of material, material package completes the most at last.
The manner of packing of roll wrapper of the present invention makes a big difference compared with the manner of packing of facial tissue packer of the prior art: packaging film shaped device of the present invention comprises film shaping channel and folding portion, packaging film passes through the turnover of folding portion through film shaping channel, in film shaping channel, packaging film is close to the inwall of film shaping channel all the time, make moulding by film shaping channel of packaging film, form a rectangular pack bag; The present invention is in the process of transport membrane, and device for transporting objects is by mass transport in film shaping channel, and at convey materials through film shaping channel, packaging film carries out coated to material.In packaging process of the present invention, can not intermittent delivery, packaging film is also that batch (-type) does not carry out coated to material, and compared to existing technologies, this mode has saved many time, improves packaging efficiency.
Packaging film shaped device of the present invention has a variety of version, as packaging film shaped device comprises a film shaping channel, described film shaping channel is cylindrical, membrane roller is provided with below film shaping channel, described membrane roller is provided with the semi-circular recesses matched with cylindrical membrane shaping channel, film passes between membrane roller and film shaping channel, in the effect of membrane roller, packaging film is by coated for film shaping channel, form the column packaging bag of a top opening, then seal through the opening of heat sealing mechanism to column packaging bag, form semi finished package bag.This packaging film shaped device utilizes the characteristic of film softness, by guiding and the traction of membrane roller, packaging film is coated on gradually on packaging film shaping channel in course of conveying, and material is carried in packaging film shaping channel, be transported on packaging film at channel exit, then through the heat-sealing of top hot sealing device, the column packaging bag the most at last after heat-sealing is cut off, and forms the semi finished package bag of both ends open.
Embodiment 3
As the another preferred embodiment of the present invention, with reference to Figure of description 2 and 4, the present invention includes material conveying mechanism 3: for carrying unpacked material; Film feeding mechanism 2: for continuous or intermittent delivery packaging film; Packaging film shaped device 4: the mouth being arranged on material conveying mechanism 3, for being wrapped in column packaging bag material being formed a side openings by packaging film; First conveying mechanism 5: the discharge end being positioned at packaging film shaped device 4, and for carrying described column packaging bag; Heat sealing mechanism 9: the top or the side that are arranged on the first conveying mechanism 5, for sealing the side openings of described column packaging bag; Shoutoff mechanism 7: the rear end being arranged on the first conveying mechanism 5, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open; Second conveyor structure 8: be arranged on shoutoff mechanism 7 rear end, for carrying the semi finished package bag of the both ends open after cut-out; Pin forming device 10: be arranged on second conveyor structure 8, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described material conveying mechanism 3 is arranged on frame 1 side; Described packaging film shaped device 4 is arranged in frame 1, and the inlet point of described packaging film shaped device 4 is corresponding with material conveying mechanism 3 mouth; Described film feeding mechanism 2 is arranged on the below of packaging film shaped device 4; Described first conveying mechanism 5 is arranged on packaging film shaped device 4 mouth along the throughput direction of packaging film shaped device 4; The throughput direction of described first conveying mechanism 5 is consistent with the throughput direction of packaging film shaped device 4; Packaging film forms by the packaging film shaped device 4 that is carried through of film feeding mechanism semi-enclosed packaging bag that has opening, is delivered to the first conveying mechanism 5; Described heat sealing mechanism 9 is arranged on the first conveying mechanism 5 side or top, and in the course of conveying of the first conveying mechanism 5, the opening in described semi-enclosed packaging bag seals through described heat sealing mechanism 9; Described second conveyor structure 8 is arranged on the first conveying mechanism 5 tail end; Described shoutoff mechanism 7 is arranged between the first conveying mechanism 5 and second conveyor structure 8, and shoutoff mechanism 7 is for the packaging bag cut off after heat sealing mechanism 9 seals and form the semi finished package bag of single both ends open; Described pin forming mechanism 10 is arranged on described second conveyor structure 8, and for carrying out pin forming to the two ends of semi finished package bag, forms packaging bag finished product.
The throughput direction of material conveying mechanism is consistent with the throughput direction of packaging film shaped device.
Material conveying mechanism is the belt conveyor of two groups of symmetries, can well play certain clamping action to the material be transferred, and prevents the material be transferred from deforming in course of conveying or phenomenon at random generation.
Roll wrapper of the present invention, entire volume film is adopted to pack continuously or intermittently material, packaging film is coated on material surface by packaging film shaped device, when mass transport enters packaging film shaped device, packaging film carries out continuously or interval packaging material that is continuous or intermittent delivery, form in the film shaping channel that packaging film enters packaging film shaped device through turnover that one is semiclosed and while there is the packaging bag of opening, the position of packaging bag opening is corresponding with heat sealing mechanism; Packaging film continuously or after interval packaging carries out the heat-sealing of opening part by the heat sealing mechanism of the first conveying mechanism side, then the packaging film after heat-sealing is cut off, continue on to pin forming device place, carry out pin forming to the two ends of material, material package completes the most at last.
The manner of packing of roll wrapper of the present invention makes a big difference compared with the manner of packing of facial tissue packer of the prior art: packaging film shaped device of the present invention comprises film shaping channel and folding portion, packaging film passes through the turnover of folding portion through film shaping channel, in film shaping channel, packaging film is close to the inwall of film shaping channel all the time, make moulding by film shaping channel of packaging film, form a rectangular pack bag; The present invention is in the process of transport membrane, and device for transporting objects is by mass transport in film shaping channel, and at convey materials through film shaping channel, packaging film carries out coated to material.In packaging process of the present invention, can not intermittent delivery, packaging film is also that batch (-type) does not carry out coated to material, and compared to existing technologies, this mode has saved many time, improves packaging efficiency.
Described packaging film shaped device 4 comprises packaging film shaping channel 41 and folding portion 42; Described folding portion 42 comprise turn over lamina membranacea 421, under turn over lamina membranacea 422, rollover lamina membranacea I 423 and rollover lamina membranacea II 424; Described film shaping channel 41 is rectangular channel; Described film shaping channel 41 end face leaves a vee 411, and turn over lamina membranacea 421 one end on described and be connected on the hypotenuse of vee 411, the other end upwards turns down; Turn over lamina membranacea 422 under described and be arranged on film shaping channel 41 lower end, and the bottom of one end and film shaping channel 41 entrance is fixedly linked, the other end turns down downwards; Described rollover lamina membranacea I 423 is arranged on the right side of film shaping channel 41, and the right edge of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea II 424 is arranged on the left of film shaping channel 41, and the limit, left side of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 and be connected to form described folding portion 42 successively.
Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 successively connecting place be arc transition; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on to turn over lamina membranacea 421 be that circular arc is excessive with film shaping channel connecting place respectively; The conveying that circular arc is excessively conveniently packaging film is set, prevents the broken bag of packaging film in course of conveying, affect packaging efficiency.
When packaging film is delivered to packaging film shaped device place from film feeding mechanism, first turn down through folding portion, then enter in film shaping channel, the packaging film of entire volume is by rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and above turn over the turnover of lamina membranacea 421, enter film shaping channel, and be close to inside film shaping channel, film shaping channel end face leaves a vee, packaging film is through above turning over the turnover of lamina membranacea, formed closed coated gradually in film shaping channel, in the process of mass transport, coated gradually to material, finally be coated on material surrounding, then through heat sealing mechanism, heat-seal process is carried out to the closed mouth place that packaging film coated material side is formed, parcel is cut to again afterwards through shoutoff mechanism, through pin forming mechanism, pin forming is carried out to parcel again, final formation packed products.
Embodiment 4
As the another preferred embodiment of the present invention, with reference to Figure of description 1 and 5, the present invention includes material conveying mechanism 3: for carrying unpacked material; Film feeding mechanism 2: for continuous or intermittent delivery packaging film; Packaging film shaped device 4: the mouth being arranged on material conveying mechanism 3, for being wrapped in column packaging bag material being formed a side openings by packaging film; First conveying mechanism 5: the discharge end being positioned at packaging film shaped device 4, and for carrying described column packaging bag; Heat sealing mechanism 9: the top or the side that are arranged on the first conveying mechanism 5, for sealing the side openings of described column packaging bag; Shoutoff mechanism 7: the rear end being arranged on the first conveying mechanism 5, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open; Second conveyor structure 8: be arranged on shoutoff mechanism 7 rear end, for carrying the semi finished package bag of the both ends open after cut-out; Pin forming device 10: be arranged on second conveyor structure 8, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described material conveying mechanism 3 is arranged on frame 1 side; Described packaging film shaped device 4 is arranged in frame 1, and the inlet point of described packaging film shaped device 4 is corresponding with material conveying mechanism 3 mouth; Described film feeding mechanism 2 is arranged on the below of packaging film shaped device 4; Described first conveying mechanism 5 is arranged on packaging film shaped device 4 mouth along the throughput direction of packaging film shaped device 4; The throughput direction of described first conveying mechanism 5 is consistent with the throughput direction of packaging film shaped device 4; Packaging film forms by the packaging film shaped device 4 that is carried through of film feeding mechanism semi-enclosed packaging bag that has opening, is delivered to the first conveying mechanism 5; Described heat sealing mechanism 9 is arranged on the first conveying mechanism 5 side or top, and in the course of conveying of the first conveying mechanism 5, the opening in described semi-enclosed packaging bag seals through described heat sealing mechanism 9; Described second conveyor structure 8 is arranged on the first conveying mechanism 5 tail end; Described shoutoff mechanism 7 is arranged between the first conveying mechanism 5 and second conveyor structure 8, and shoutoff mechanism 7 is for the packaging bag cut off after heat sealing mechanism 9 seals and form the semi finished package bag of single both ends open; Described pin forming mechanism 10 is arranged on described second conveyor structure 8, and for carrying out pin forming to the two ends of semi finished package bag, forms packaging bag finished product.
The throughput direction of material conveying mechanism and the throughput direction of packaging film shaped device inconsistent, the throughput direction of material conveying mechanism is perpendicular to the throughput direction of packaging film shaped device, on mass transport tail end corresponding packaging film shaped device opposite side on be provided with pusher, material is pushed in packaging film shaped device and goes.
Described packaging film shaped device 4 comprises packaging film shaping channel 41 and folding portion 42; Described folding portion 42 comprise turn over lamina membranacea 421, under turn over lamina membranacea 422, rollover lamina membranacea I 423 and rollover lamina membranacea II 424; Described film shaping channel 41 is rectangular channel; Described film shaping channel 41 end face leaves a vee 411, and turn over lamina membranacea 421 one end on described and be connected on the hypotenuse of vee 411, the other end upwards turns down; Turn over lamina membranacea 422 under described and be arranged on film shaping channel 41 lower end, and the bottom of one end and film shaping channel 41 entrance is fixedly linked, the other end turns down downwards; Described rollover lamina membranacea I 423 is arranged on the right side of film shaping channel 41, and the right edge of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea II 424 is arranged on the left of film shaping channel 41, and the limit, left side of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 and be connected to form described folding portion 42 successively.
Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 successively connecting place be arc transition; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on to turn over lamina membranacea 421 be that circular arc is excessive with film shaping channel connecting place respectively; The conveying that circular arc is excessively conveniently packaging film is set, prevents the broken bag of packaging film in course of conveying, affect packaging efficiency.
Gap is had between the end face of described film shaping channel 41 and the right side wall of film shaping channel 41; Be provided with connecting element 412 between the end face of described film shaping channel 41 and the right side wall of film shaping channel 41, described connecting element 412 one end is fixedly connected on the end face of film shaping channel 41, and the other end is fixedly connected on the right side wall of film shaping channel 41.
When packaging film is delivered to packaging film shaped device place from film feeding mechanism, first turn down through folding portion, then enter in film shaping channel, the packaging film of entire volume is by rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and above turn over the turnover of lamina membranacea 421, enter film shaping channel, and be close to inside film shaping channel, film shaping channel end face leaves a vee, packaging film is through above turning over the turnover of lamina membranacea, formed closed coated gradually in film shaping channel, in the process of mass transport, coated gradually to material, finally be coated on material surrounding, then through heat sealing mechanism, heat-seal process is carried out to the closed mouth place that packaging film coated material side is formed, parcel is cut to again afterwards through shoutoff mechanism, through pin forming mechanism, pin forming is carried out to parcel again, final formation packed products.
Embodiment 5
As the another preferred embodiment of the present invention, with reference to specification sheets 1,3 and 4, the present invention includes material conveying mechanism 3: for carrying unpacked material; Film feeding mechanism 2: for continuous or intermittent delivery packaging film; Packaging film shaped device 4: the mouth being arranged on material conveying mechanism 3, for being wrapped in column packaging bag material being formed a side openings by packaging film; First conveying mechanism 5: the discharge end being positioned at packaging film shaped device 4, and for carrying described column packaging bag; Heat sealing mechanism 9: the top or the side that are arranged on the first conveying mechanism 5, for sealing the side openings of described column packaging bag; Shoutoff mechanism 7: the rear end being arranged on the first conveying mechanism 5, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open; Second conveyor structure 8: be arranged on shoutoff mechanism 7 rear end, for carrying the semi finished package bag of the both ends open after cut-out; Pin forming device 10: be arranged on second conveyor structure 8, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described material conveying mechanism 3 is arranged on frame 1 side; Described packaging film shaped device 4 is arranged in frame 1, and the inlet point of described packaging film shaped device 4 is corresponding with material conveying mechanism 3 mouth; Described film feeding mechanism 2 is arranged on the below of packaging film shaped device 4; Described first conveying mechanism 5 is arranged on packaging film shaped device 4 mouth along the throughput direction of packaging film shaped device 4; The throughput direction of described first conveying mechanism 5 is consistent with the throughput direction of packaging film shaped device 4; Packaging film forms by the packaging film shaped device 4 that is carried through of film feeding mechanism semi-enclosed packaging bag that has opening, is delivered to the first conveying mechanism 5; Described heat sealing mechanism 9 is arranged on the first conveying mechanism 5 side or top, and in the course of conveying of the first conveying mechanism 5, the opening in described semi-enclosed packaging bag seals through described heat sealing mechanism 9; Described second conveyor structure 8 is arranged on the first conveying mechanism 5 tail end; Described shoutoff mechanism 7 is arranged between the first conveying mechanism 5 and second conveyor structure 8, and shoutoff mechanism 7 is for the packaging bag cut off after heat sealing mechanism 9 seals and form the semi finished package bag of single both ends open; Described pin forming mechanism 10 is arranged on described second conveyor structure 8, and for carrying out pin forming to the two ends of semi finished package bag, forms packaging bag finished product.
Described packaging film shaped device 4 comprises packaging film shaping channel 41 and folding portion 42; Described folding portion 42 comprise turn over lamina membranacea 421, under turn over lamina membranacea 422, rollover lamina membranacea I 423 and rollover lamina membranacea II 424; Described film shaping channel 41 is rectangular channel; Described film shaping channel 41 end face leaves a vee 411, and turn over lamina membranacea 421 one end on described and be connected on the hypotenuse of vee 411, the other end upwards turns down; Turn over lamina membranacea 422 under described and be arranged on film shaping channel 41 lower end, and the bottom of one end and film shaping channel 41 entrance is fixedly linked, the other end turns down downwards; Described rollover lamina membranacea I 423 is arranged on the right side of film shaping channel 41, and the right edge of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea II 424 is arranged on the left of film shaping channel 41, and the limit, left side of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 and be connected to form described folding portion 42 successively.
Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 successively connecting place be arc transition; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on to turn over lamina membranacea 421 be that circular arc is excessive with film shaping channel connecting place respectively; The conveying that circular arc is excessively conveniently packaging film is set, prevents the broken bag of packaging film in course of conveying, affect packaging efficiency.
Gap is had between the end face of described film shaping channel 41 and the right side wall of film shaping channel 41; Be provided with connecting element 412 between the end face of described film shaping channel 41 and the right side wall of film shaping channel 41, described connecting element 412 one end is fixedly connected on the end face of film shaping channel 41, and the other end is fixedly connected on the right side wall of film shaping channel 41.
Described first conveying mechanism 5 is vacuum negative pressure type conveying mechanism.Described vacuum negative pressure type conveying mechanism comprises belt conveyor, negative pressure cavity, vacuum lamp and vacuum pump, vacuum lamp one end is connected on vacuum pump, and one end is connected on negative pressure cavity, and belt conveyor is wrapped on negative pressure cavity, negative pressure cavity upper surface is provided with negative pressure hole, and the hole on belt conveyor faces negative pressure hole; Drive element drives belt conveyor in negative pressure cavity cocycle campaign.The mode that first conveying mechanism adopts negative pressure to inhale film is applied to the certain tractive force of packaging film, ensures the smooth delivery of power of packaging film.
Embodiment 6
As the another preferred embodiment of the present invention, with reference to specification sheets 2,3 and 5, the present invention includes material conveying mechanism 3: for carrying unpacked material; Film feeding mechanism 2: for continuous or intermittent delivery packaging film; Packaging film shaped device 4: the mouth being arranged on material conveying mechanism 3, for being wrapped in column packaging bag material being formed a side openings by packaging film; First conveying mechanism 5: the discharge end being positioned at packaging film shaped device 4, and for carrying described column packaging bag; Heat sealing mechanism 9: the top or the side that are arranged on the first conveying mechanism 5, for sealing the side openings of described column packaging bag; Shoutoff mechanism 7: the rear end being arranged on the first conveying mechanism 5, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open; Second conveyor structure 8: be arranged on shoutoff mechanism 7 rear end, for carrying the semi finished package bag of the both ends open after cut-out; Pin forming device 10: be arranged on second conveyor structure 8, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described material conveying mechanism 3 is arranged on frame 1 side; Described packaging film shaped device 4 is arranged in frame 1, and the inlet point of described packaging film shaped device 4 is corresponding with material conveying mechanism 3 mouth; Described film feeding mechanism 2 is arranged on the below of packaging film shaped device 4; Described first conveying mechanism 5 is arranged on packaging film shaped device 4 mouth along the throughput direction of packaging film shaped device 4; The throughput direction of described first conveying mechanism 5 is consistent with the throughput direction of packaging film shaped device 4; Packaging film forms by the packaging film shaped device 4 that is carried through of film feeding mechanism semi-enclosed packaging bag that has opening, is delivered to the first conveying mechanism 5; Described heat sealing mechanism 9 is arranged on the first conveying mechanism 5 side or top, and in the course of conveying of the first conveying mechanism 5, the opening in described semi-enclosed packaging bag seals through described heat sealing mechanism 9; Described second conveyor structure 8 is arranged on the first conveying mechanism 5 tail end; Described shoutoff mechanism 7 is arranged between the first conveying mechanism 5 and second conveyor structure 8, and shoutoff mechanism 7 is for the packaging bag cut off after heat sealing mechanism 9 seals and form the semi finished package bag of single both ends open; Described pin forming mechanism 10 is arranged on described second conveyor structure 8, and for carrying out pin forming to the two ends of semi finished package bag, forms packaging bag finished product.
Described packaging film shaped device 4 comprises packaging film shaping channel 41 and folding portion 42; Described folding portion 42 comprise turn over lamina membranacea 421, under turn over lamina membranacea 422, rollover lamina membranacea I 423 and rollover lamina membranacea II 424; Described film shaping channel 41 is rectangular channel; Described film shaping channel 41 end face leaves a vee 411, and turn over lamina membranacea 421 one end on described and be connected on the hypotenuse of vee 411, the other end upwards turns down; Turn over lamina membranacea 422 under described and be arranged on film shaping channel 41 lower end, and the bottom of one end and film shaping channel 41 entrance is fixedly linked, the other end turns down downwards; Described rollover lamina membranacea I 423 is arranged on the right side of film shaping channel 41, and the right edge of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea II 424 is arranged on the left of film shaping channel 41, and the limit, left side of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 and be connected to form described folding portion 42 successively.
Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 successively connecting place be arc transition; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on to turn over lamina membranacea 421 be that circular arc is excessive with film shaping channel connecting place respectively; The conveying that circular arc is excessively conveniently packaging film is set, prevents the broken bag of packaging film in course of conveying, affect packaging efficiency.
Gap is had between the end face of described film shaping channel 41 and the right side wall of film shaping channel 41; Be provided with connecting element 412 between the end face of described film shaping channel 41 and the right side wall of film shaping channel 41, described connecting element 412 one end is fixedly connected on the end face of film shaping channel 41, and the other end is fixedly connected on the right side wall of film shaping channel 41.
Described first conveying mechanism 5 is provided with filming-drawing mechanism 6 above packaging film shaped device 4 one end.Filming-drawing mechanism be vacuum negative pressure type conveying mechanism; The structure of described filming-drawing mechanism is corresponding with the first conveying mechanism structure.Described vacuum negative pressure type conveying mechanism comprises belt conveyor, negative pressure cavity, vacuum lamp and vacuum pump, vacuum lamp one end is connected on vacuum pump, and one end is connected on negative pressure cavity, and belt conveyor is wrapped on negative pressure cavity, negative pressure cavity upper surface is provided with negative pressure hole, and the hole on belt conveyor faces negative pressure hole; Drive element drives belt conveyor in negative pressure cavity cocycle campaign.The conveying that filming-drawing mechanism can be beneficial to packaging film is more set, because packaging film is soft materials, only rely on the first conveying mechanism after packaging film shaped device to the tractive force of packaging film, be easy to the distortion causing packaging film, affect the attractive in appearance of packaging film, filming-drawing mechanism not only can play the effect of traction packaging film, can also arrange the opening part that packaging film is closed, and facilitates follow-up side heat-sealing.
Embodiment 7
As the another preferred embodiment of the present invention, with reference to specification sheets 1,3 and 4, the present invention includes material conveying mechanism 3: for carrying unpacked material; Film feeding mechanism 2: for continuous or intermittent delivery packaging film; Packaging film shaped device 4: the mouth being arranged on material conveying mechanism 3, for being wrapped in column packaging bag material being formed a side openings by packaging film; First conveying mechanism 5: the discharge end being positioned at packaging film shaped device 4, and for carrying described column packaging bag; Heat sealing mechanism 9: the top or the side that are arranged on the first conveying mechanism 5, for sealing the side openings of described column packaging bag; Shoutoff mechanism 7: the rear end being arranged on the first conveying mechanism 5, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open; Second conveyor structure 8: be arranged on shoutoff mechanism 7 rear end, for carrying the semi finished package bag of the both ends open after cut-out; Pin forming device 10: be arranged on second conveyor structure 8, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described material conveying mechanism 3 is arranged on frame 1 side; Described packaging film shaped device 4 is arranged in frame 1, and the inlet point of described packaging film shaped device 4 is corresponding with material conveying mechanism 3 mouth; Described film feeding mechanism 2 is arranged on the below of packaging film shaped device 4; Described first conveying mechanism 5 is arranged on packaging film shaped device 4 mouth along the throughput direction of packaging film shaped device 4; The throughput direction of described first conveying mechanism 5 is consistent with the throughput direction of packaging film shaped device 4; Packaging film forms by the packaging film shaped device 4 that is carried through of film feeding mechanism semi-enclosed packaging bag that has opening, is delivered to the first conveying mechanism 5; Described heat sealing mechanism 9 is arranged on the first conveying mechanism 5 side or top, and in the course of conveying of the first conveying mechanism 5, the opening in described semi-enclosed packaging bag seals through described heat sealing mechanism 9; Described second conveyor structure 8 is arranged on the first conveying mechanism 5 tail end; Described shoutoff mechanism 7 is arranged between the first conveying mechanism 5 and second conveyor structure 8, and shoutoff mechanism 7 is for the packaging bag cut off after heat sealing mechanism 9 seals and form the semi finished package bag of single both ends open; Described pin forming mechanism 10 is arranged on described second conveyor structure 8, and for carrying out pin forming to the two ends of semi finished package bag, forms packaging bag finished product.
Packaging film shaped device of the present invention has a variety of version, as packaging film shaped device comprises a film shaping channel, described film shaping channel is cylindrical, membrane roller is provided with below film shaping channel, described membrane roller is provided with the semi-circular recesses matched with cylindrical membrane shaping channel, film passes between membrane roller and film shaping channel, in the effect of membrane roller, packaging film is by coated for film shaping channel, form the column packaging bag of a top opening, then seal through the opening of heat sealing mechanism to column packaging bag, form semi finished package bag.This packaging film shaped device utilizes the characteristic of film softness, by guiding and the traction of membrane roller, packaging film is coated on gradually on packaging film shaping channel in course of conveying, and material is carried in packaging film shaping channel, be transported on packaging film at channel exit, then through the heat-sealing of top hot sealing device, the column packaging bag the most at last after heat-sealing is cut off, and forms the semi finished package bag of both ends open.
Described second conveyor structure 8 is inverted "L" shaped transfer passage 8; Described second conveyor structure 8 corner is provided with push pedal 81.
Described pin forming mechanism 10 is arranged on second conveyor structure two sides of tail.
When packaging film is delivered to packaging film shaped device place from film feeding mechanism, first turn down through folding portion, then enter in film shaping channel, the packaging film of entire volume is by rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and above turn over the turnover of lamina membranacea 421, enter film shaping channel, and be close to inside film shaping channel, film shaping channel end face leaves a vee, packaging film is through above turning over the turnover of lamina membranacea, formed closed coated gradually in film shaping channel, in the process of mass transport, coated gradually to material, finally be coated on material surrounding, then through heat sealing mechanism, heat-seal process is carried out to the closed mouth place that packaging film coated material side is formed, parcel is cut to again afterwards through shoutoff mechanism, through pin forming mechanism, pin forming is carried out to parcel again, final formation packed products.
Embodiment 8
As the another preferred embodiment of the present invention, with reference to specification sheets 3,5,7 and 8, the present invention includes material conveying mechanism 3: for carrying unpacked material; Film feeding mechanism 2: for continuous or intermittent delivery packaging film; Packaging film shaped device 4: the mouth being arranged on material conveying mechanism 3, for being wrapped in column packaging bag material being formed a side openings by packaging film; First conveying mechanism 5: the discharge end being positioned at packaging film shaped device 4, and for carrying described column packaging bag; Heat sealing mechanism 9: the top or the side that are arranged on the first conveying mechanism 5, for sealing the side openings of described column packaging bag; Shoutoff mechanism 7: the rear end being arranged on the first conveying mechanism 5, cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open; Second conveyor structure 8: be arranged on shoutoff mechanism 7 rear end, for carrying the semi finished package bag of the both ends open after cut-out; Pin forming device 10: be arranged on second conveyor structure 8, pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
Described material conveying mechanism 3 is arranged on frame 1 side; Described packaging film shaped device 4 is arranged in frame 1, and the inlet point of described packaging film shaped device 4 is corresponding with material conveying mechanism 3 mouth; Described film feeding mechanism 2 is arranged on the below of packaging film shaped device 4; Described first conveying mechanism 5 is arranged on packaging film shaped device 4 mouth along the throughput direction of packaging film shaped device 4; The throughput direction of described first conveying mechanism 5 is consistent with the throughput direction of packaging film shaped device 4; Packaging film forms by the packaging film shaped device 4 that is carried through of film feeding mechanism semi-enclosed packaging bag that has opening, is delivered to the first conveying mechanism 5; Described heat sealing mechanism 9 is arranged on the first conveying mechanism 5 side or top, and in the course of conveying of the first conveying mechanism 5, the opening in described semi-enclosed packaging bag seals through described heat sealing mechanism 9; Described second conveyor structure 8 is arranged on the first conveying mechanism 5 tail end; Described shoutoff mechanism 7 is arranged between the first conveying mechanism 5 and second conveyor structure 8, and shoutoff mechanism 7 is for the packaging bag cut off after heat sealing mechanism 9 seals and form the semi finished package bag of single both ends open; Described pin forming mechanism 10 is arranged on described second conveyor structure 8, and for carrying out pin forming to the two ends of semi finished package bag, forms packaging bag finished product.
Described packaging film shaped device 4 comprises packaging film shaping channel 41 and folding portion 42; Described folding portion 42 comprise turn over lamina membranacea 421, under turn over lamina membranacea 422, rollover lamina membranacea I 423 and rollover lamina membranacea II 424; Described film shaping channel 41 is rectangular channel; Described film shaping channel 41 end face leaves a vee 411, and turn over lamina membranacea 421 one end on described and be connected on the hypotenuse of vee 411, the other end upwards turns down; Turn over lamina membranacea 422 under described and be arranged on film shaping channel 41 lower end, and the bottom of one end and film shaping channel 41 entrance is fixedly linked, the other end turns down downwards; Described rollover lamina membranacea I 423 is arranged on the right side of film shaping channel 41, and the right edge of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea II 424 is arranged on the left of film shaping channel 41, and the limit, left side of one end and film shaping channel 41 entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 and be connected to form described folding portion 42 successively.
Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on turn over lamina membranacea 421 successively connecting place be arc transition; Described rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and on to turn over lamina membranacea 421 be that circular arc is excessive with film shaping channel connecting place respectively; The conveying that circular arc is excessively conveniently packaging film is set, prevents the broken bag of packaging film in course of conveying, affect packaging efficiency.
Gap is had between the end face of described film shaping channel 41 and the right side wall of film shaping channel 41; Be provided with connecting element 412 between the end face of described film shaping channel 41 and the right side wall of film shaping channel 41, described connecting element 412 one end is fixedly connected on the end face of film shaping channel 41, and the other end is fixedly connected on the right side wall of film shaping channel 41.
Described pin forming mechanism 10 is arranged on along second conveyor structure 8 tail end.
When packaging film is delivered to packaging film shaped device place from film feeding mechanism, first turn down through folding portion, then enter in film shaping channel, the packaging film of entire volume is by rollover lamina membranacea I 423, under turn over lamina membranacea 422, rollover lamina membranacea II 424 and above turn over the turnover of lamina membranacea 421, enter film shaping channel, and be close to inside film shaping channel, film shaping channel end face leaves a vee, packaging film is through above turning over the turnover of lamina membranacea, formed closed coated gradually in film shaping channel, in the process of mass transport, coated gradually to material, finally be coated on material surrounding, then through heat sealing mechanism, heat-seal process is carried out to the closed mouth place that packaging film coated material side is formed, parcel is cut to again afterwards through shoutoff mechanism, through pin forming mechanism, pin forming is carried out to parcel again, final formation packed products.
The manner of packing of roll wrapper of the present invention makes a big difference compared with the manner of packing of facial tissue packer of the prior art: packaging film shaped device of the present invention comprises film shaping channel and folding portion, packaging film passes through the turnover of folding portion through film shaping channel, in film shaping channel, packaging film is close to the inwall of film shaping channel all the time, make moulding by film shaping channel of packaging film, form a rectangular pack bag; The present invention is in the process of transport membrane, and device for transporting objects is by mass transport in film shaping channel, and at convey materials through film shaping channel, packaging film carries out coated to material.In packaging process of the present invention, can not intermittent delivery, packaging film is also that batch (-type) does not carry out coated to material, and compared to existing technologies, this mode has saved many time, improves packaging efficiency.
Roll wrapper of the present invention, owing to being continually to pack material, in material conveying process, material is packed, when material is through film shaping channel, the material side of being puts in packaging bag, the movement of material is afterwards all follow the movement of packaging bag and movement, be not subjected to displacement change between the two, therefore, the present invention set the transfer rate of packaging film and mass transport speed suitable, the decorative pattern on packaging film or pattern just can be made to be coated on the specific position of material, the paper handkerchief that facial tissue packer of the present invention is packed out has more aesthetic property.
A kind of roll wrapper adopting entire volume film to pack of the present invention, entire volume film is used to pack paper handkerchief, do not need before packaging to cut packaging film, again cutting is carried out to packaging film after packaging film packing materials, not only increase packaging efficiency like this, also improve the packaging precision of wrapping machine, make the material of packaging more attractive in appearance.
Packaging film shaped device of the present invention comprises packaging film shaping channel and folding portion; Described folding portion comprise turn over lamina membranacea, under turn over lamina membranacea, rollover lamina membranacea I and rollover lamina membranacea II; Packaging film is first through the turnover of folding portion and then enter in film shaping channel, and make packaging film enter in film shaping channel according to the path of turnover by the turnover of folding portion, packaging film is close on the inwall of film shaping channel; Described film shaping channel is rectangular channel; Described film shaping channel end face leaves a vee, and turn over lamina membranacea one end on described and be connected on the hypotenuse of vee, the other end upwards turns down; Film shaping channel end face stays a vee to be the conveying of conveniently material, and when mass transport enters film shaping channel place, packaging film, by above turning over the guiding of lamina membranacea and film shaping channel end face, covers material end face, packs material.Packaging film shaped device of the present invention, structure is simple, easy to use, has very strong practicality, is applied in material packing machine and can improves packaging efficiency, increases the rate of precision of package packing machine, makes the product of packaging more attractive in appearance.
Embodiment 9
As the another preferred embodiment of the present invention, the present embodiment does to extend further on the basis of embodiment 1, roll wrapper of the present invention arranges many material conveying mechanisms, after every bar material conveying mechanism, all correspondence arranges a packaging film shaped device, after packaging film shaped device, sealing device is set, and film feeding mechanism and employing film feeding mechanism, film feeding mechanism is arranged the packaging film of corresponding width, one cutting device is set between film feeding mechanism and packaging film shaped device, cutting device is arranged along packaging film throughput direction, when packaging film is transported to packaging film shaped device by film feeding mechanism, first through cutting device, packaging film is cut into the packaging bar of some adaptive zone packing materials package-width, then the packaging film correspondence after cutting is delivered to packaging film shaped device place, material is packed, adopt in such a way, reduce the floor area of wrapping machine, a machine can pack many manufacturing lines simultaneously, improve packaging efficiency.

Claims (8)

1. the roll wrapper adopting entire volume film to pack, comprise film feeding mechanism (2), material conveying mechanism (3), packaging film shaped device (4), the first conveying mechanism (5), heat sealing mechanism (9), shoutoff mechanism (7), second conveyor structure (8) and pin forming mechanism (10), it is characterized in that:
Material conveying mechanism (3): for carrying unpacked material;
Film feeding mechanism (2): for conveying and packaging film;
Packaging film shaped device (4): the mouth being arranged on material conveying mechanism (3), for being wrapped in column packaging bag material being formed a side openings by packaging film;
First conveying mechanism (5): the discharge end being positioned at packaging film shaped device (4), and for carrying described column packaging bag;
Heat sealing mechanism (9): the top or the side that are arranged on the first conveying mechanism (5), for sealing the side openings of described column packaging bag;
Shoutoff mechanism (7): the rear end being arranged on the first conveying mechanism (5), cuts off for carrying out the column packaging bag after side seal the semi finished package bag that segmentation forms single both ends open;
Second conveyor structure (8): be arranged on shoutoff mechanism (7) rear end, for carrying the semi finished package bag of the both ends open after cut-out;
Pin forming device (10): be arranged on second conveyor structure (8), pin forming is carried out at the two ends for the semi finished package bag to described both ends open, forms finished product packaging bag.
2. a kind of roll wrapper adopting entire volume film to pack as claimed in claim 1, is characterized in that: described packaging film shaped device (4) comprises packaging film shaping channel (41) and folding portion (42); Described folding portion (42) comprise turn over lamina membranacea (421), under turn over lamina membranacea (422), rollover lamina membranacea I (423) and turn on one's side lamina membranacea II (424); Described film shaping channel (41) is rectangular channel; Described film shaping channel (41) end face leaves a vee (411), and turn over lamina membranacea (421) one end on described and be connected on the hypotenuse of vee (411), the other end upwards turns down; Turn over lamina membranacea (422) under described and be arranged on film shaping channel (41) lower end, and the bottom of one end and film shaping channel (41) entrance is fixedly linked, the other end turns down downwards; Described rollover lamina membranacea I (423) is arranged on film shaping channel (41) right side, and the right edge of one end and film shaping channel (41) entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea II (424) is arranged on film shaping channel (41) left side, and the limit, left side of one end and film shaping channel (41) entrance is fixedly linked, and the other end turns down backward along mass transport direction; Described rollover lamina membranacea I (423), under turn over lamina membranacea (422), rollover lamina membranacea II (424) and on turn over lamina membranacea (421) and be connected to form described folding portion (42) successively.
3. a kind of roll wrapper adopting entire volume film to pack as claimed in claim 2, is characterized in that: described rollover lamina membranacea I (423), under turn over lamina membranacea (422), rollover lamina membranacea II (424) and on turn over lamina membranacea (421) successively connecting place be arc transition.
4. a kind of roll wrapper adopting entire volume film to pack as claimed in claim 2 or claim 3, is characterized in that: have gap between the end face of described film shaping channel (41) and the right side wall of film shaping channel (41); Connecting element (412) is provided with between the end face of film shaping channel (41) and the right side wall of film shaping channel (41), described connecting element (412) one end is fixedly connected on the end face of film shaping channel (41), and the other end is fixedly connected on the right side wall of film shaping channel (41).
5. a kind of roll wrapper adopting entire volume film to pack as claimed in claim 1, is characterized in that: described first conveying mechanism (5) is vacuum negative pressure type conveying mechanism.
6. a kind of roll wrapper adopting entire volume film to pack as claimed in claim 1, is characterized in that: described first conveying mechanism (5) is provided with filming-drawing mechanism (6) above packaging film shaped device (4) one end; Described filming-drawing mechanism is vacuum negative pressure type conveying mechanism.
7. a kind of roll wrapper adopting entire volume film to pack as described in claim 1,2 or 6, is characterized in that: described second conveyor structure (8) is inverted "L" shaped transfer passage; Described second conveyor structure (8) corner is provided with push pedal (81); Described pin forming mechanism (10) is arranged on second conveyor structure (8) both sides.
8. a kind of roll wrapper adopting entire volume film to pack as described in claim 1,2 or 6, is characterized in that: described pin forming mechanism (10) is arranged on second conveyor structure (8) tail end.
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CN104210686A (en) * 2014-09-03 2014-12-17 成都松川雷博机械设备有限公司 Paper towel packaging machine adopting whole-roll film packaging
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CN109625467A (en) * 2019-02-26 2019-04-16 温州市途麦机械有限公司 A kind of turntable packaging machine-cut film puts film device
CN110040275A (en) * 2019-04-24 2019-07-23 漳州松田包装机械有限公司 Film packaging former packaging film collecting device is walked under one kind
CN114194446A (en) * 2021-12-23 2022-03-18 广州九恒条码股份有限公司 Full-automatic packaging machine

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CN104210686A (en) * 2014-09-03 2014-12-17 成都松川雷博机械设备有限公司 Paper towel packaging machine adopting whole-roll film packaging
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CN114194446A (en) * 2021-12-23 2022-03-18 广州九恒条码股份有限公司 Full-automatic packaging machine
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