CN104494870A - Food packing machine - Google Patents
Food packing machine Download PDFInfo
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- CN104494870A CN104494870A CN201410760386.6A CN201410760386A CN104494870A CN 104494870 A CN104494870 A CN 104494870A CN 201410760386 A CN201410760386 A CN 201410760386A CN 104494870 A CN104494870 A CN 104494870A
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- 235000013305 food Nutrition 0.000 title claims abstract description 63
- 238000012856 packing Methods 0.000 title abstract description 18
- 238000007789 sealing Methods 0.000 claims abstract description 219
- 230000007306 turnover Effects 0.000 claims description 84
- 230000008878 coupling Effects 0.000 claims description 26
- 238000010168 coupling process Methods 0.000 claims description 26
- 238000005859 coupling reaction Methods 0.000 claims description 26
- 238000000465 moulding Methods 0.000 claims description 25
- 238000012546 transfer Methods 0.000 claims description 24
- 239000005022 packaging material Substances 0.000 abstract 1
- 239000000463 material Substances 0.000 description 33
- 238000004806 packaging method and process Methods 0.000 description 33
- 239000012528 membrane Substances 0.000 description 25
- 239000000047 product Substances 0.000 description 16
- 230000009286 beneficial effect Effects 0.000 description 6
- 230000001105 regulatory effect Effects 0.000 description 5
- 238000000034 method Methods 0.000 description 4
- 229920006280 packaging film Polymers 0.000 description 4
- 239000012785 packaging film Substances 0.000 description 4
- 238000012858 packaging process Methods 0.000 description 4
- 238000007493 shaping process Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 3
- 230000008569 process Effects 0.000 description 3
- 238000001179 sorption measurement Methods 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 230000008901 benefit Effects 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 238000006073 displacement reaction Methods 0.000 description 2
- 235000021485 packed food Nutrition 0.000 description 2
- 241000894006 Bacteria Species 0.000 description 1
- 240000004808 Saccharomyces cerevisiae Species 0.000 description 1
- 238000009455 aseptic packaging Methods 0.000 description 1
- 235000013361 beverage Nutrition 0.000 description 1
- 238000009395 breeding Methods 0.000 description 1
- 230000001488 breeding effect Effects 0.000 description 1
- 239000006227 byproduct Substances 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 239000000796 flavoring agent Substances 0.000 description 1
- 235000019634 flavors Nutrition 0.000 description 1
- 235000019601 food appearance Nutrition 0.000 description 1
- 238000009920 food preservation Methods 0.000 description 1
- 238000002372 labelling Methods 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 239000008267 milk Substances 0.000 description 1
- 210000004080 milk Anatomy 0.000 description 1
- 235000013336 milk Nutrition 0.000 description 1
- 235000016709 nutrition Nutrition 0.000 description 1
- 238000012946 outsourcing Methods 0.000 description 1
- 238000012536 packaging technology Methods 0.000 description 1
- 239000000843 powder Substances 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
- 238000005057 refrigeration Methods 0.000 description 1
- 230000033458 reproduction Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 230000001954 sterilising effect Effects 0.000 description 1
- 238000004659 sterilization and disinfection Methods 0.000 description 1
- 238000009461 vacuum packaging Methods 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B5/00—Packaging individual articles in containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, jars
- B65B5/02—Machines characterised by incorporation of means for making the containers or receptacles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
- B65B51/10—Applying or generating heat or pressure or combinations thereof
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B61/00—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages
- B65B61/04—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages
- B65B61/06—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages by cutting
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Package Closures (AREA)
- Auxiliary Devices For And Details Of Packaging Control (AREA)
Abstract
The invention discloses a food packing machine. The food packing machine comprises a rack and a knife sealing corner-inserting part, wherein the knife sealing corner-inserting part comprises a bracket, a first telescopic pole, a second telescopic pole, an upper fixed plate, a lower fixed plate, an upper heat sealing base fixed on the upper fixed plate, a lower heat sealing base fixed on the lower fixed plate, as well as a first corner-inserting plate and a second corner-inserting plate positioned between the upper heat sealing base and the lower heat sealing base, wherein the upper heat sealing base and the lower heat sealing base are driven by a gas cylinder assembly arranged on the bottom of the bracket; the first corner-inserting plate is driven by a first corner-inserting gas cylinder which sleeves the first telescopic pole, the second corner-inserting plate is driven by a second corner-inserting gas cylinder which sleeves the second telescopic pole, and the corner-inserting plate and the second corner-inserting plate are symmetrically arranged. The food packing machine disclosed by the invention can be used for packaging materials by forming a whole roll of film into a square bag through a bag-forming part; the longitudinally-sealed square bag is subjected to continuous end surface inserting and sealing through the knife sealing corner-inserting part, so that the whole packing is strong in continuity, and thus, the packing efficiency is greatly improved.
Description
Technical field
The present invention relates to Food Packaging technology field, particularly relate to chartered plane in a kind of food.
Background technology
The food circulated on the market, much all need to be packaged into bag, the food being packaged into bag has a lot of benefit.Be mainly reflected in: the Keeping life 1, protecting food and prolongation food; The presentation quality of protection food produces certain economic benefit, and food, through carrying, handling, transport and storage in whole circulation process, easily cause the damage of food appearance quality, food, after inside and outside packaging, just well can protect food, in order to avoid cause damage; Original quality of protection food, extend the Keeping life of food, food is in whole circulation process, and its quality can change and degenerate.Food itself has certain nutritional labeling and moisture content, and this is the pacing factor of the Reproductions such as bacterium, mould, yeast, when the temperature of food preservation is applicable to their breedings, just causes food apoilage.If food carries out the process such as high temperature sterilization, refrigeration after adopting aseptic packaging or packaging, the generation of food spoilage phenomenon will be prevented, extend the Keeping life of food.Meanwhile, food itself has certain moisture content, when the content of these moisture content changes, all can cause the change of flavour of food products or degenerate.If adopt corresponding Water Vapour Proof Packaging Technique just can prevent the generation of above-mentioned phenomenon, also effectively extend the Keeping life of food.Further, food is when circulating, when being subject to the direct irradiation of daylight and light, and when high temperature, food is all easily made to be oxidized.Variable color, the phenomenon such as spoiled, as adopted the technology such as corresponding vacuum packaging, gas flush packaging and corresponding packing.Equally also effectively can extend the Keeping life of packaged food.2, the convenient circulation of packaged food; Some packagings are the containers of Food circulation.As the milk powder etc. of bottled drinks, beverage, sense tinning head, field dress, these bottle packed, tank and bags are packing container.Also be Food circulation and sale move tool.It brings great convenience to Food circulation.3, the reasonableness of Food circulation and planned is impelled; Some fresh food, easily putrid and deteriorated, not easily distal edge transport, as fruit and aquatic products etc., at source makes various can, just can cut the waste, reduction traffic cost, and can promote the reasonableness of Food circulation and planned.
Along with continuous progress and the development of industrial technology, food is carried out on a large scale, efficiently the foods packing machine application of packaging is also more and more extensive.Foods packing machine can be divided into liquid, bulk, bulk solid wrapping machine by Product Status; Interior bag, outsourcing wrapping machine is divided into by packaging effect; Single station, multistation wrapping machine can be divided into by multiple package position; S. A., device of full automatic packaging etc. can be divided into by degree of automation.
Publication number is CN 201296388, publication date is that the Chinese patent literature of on 08 26th, 2009 discloses a kind of foods packing machine, comprise frame, frame is provided with the mandrel for placing packaging film, and at least one leading axle for guiding packaging film to move towards; Feeder hopper is installed with at the top of frame, the bottom of feeder hopper is communicated with the collar-returning type slush molding device making packaging film form packaging bag, be provided with by the fortune hymeniderm band of Serve Motor Control near collar-returning type slush molding device, and packaging bag is carried out to longitudinal sealer of longitudinally sealing, the below being positioned at collar-returning type slush molding device is provided with across seal device packaging bag being carried out to across seal, and longitudinal sealer, across seal device are all controlled by rack-mounted cylinder.
In foods packing machine disclosed in this patent documentation, when packing food, its collar-returning type slush molding device is first folded to form packaging film does not have the packaging bag of sealing, carry out longitudinal sealing through longitudinal sealer again, through across seal device, bottom horizontal sealing is carried out to the packaging bag after longitudinal sealing again, top horizontal sealing is carried out by across seal device again after loading food, its collar-returning type slush molding device coordinate with between longitudinal sealer and across seal device require strict, whole shaping sealing is comparatively complicated, need successively to carry out twice horizontal sealing, cause whole packaging for foodstuff efficiency lower.
Summary of the invention
The present invention is in order to overcome the defect of above-mentioned prior art, chartered plane in a kind of food is provided, the present invention adopts entire volume film to pass through into bag parts and forms square bag, material is packed, square bag after longitudinal sealing is sealed limb parts by cutter and is carried out successional end face limb, sealing, make whole packaging continuity strong, greatly improve packaging efficiency.
The present invention is achieved through the following technical solutions:
Chartered plane in a kind of food, comprise frame, frame side walk membrane element, the cutter envelope limb parts of frame opposite side, film-putting part part below frame, rack-mounted one-tenth bag parts, the outlet member pushing away bag parts and the other end of frame one end, it is characterized in that: described cutter envelope limb parts comprise support, be arranged on the first expansion link in support, second expansion link, run through the upper mounted plate of the first expansion link and the second expansion link, bottom plate, be fixed on the upper heat-sealing seat on upper mounted plate, be fixed on the lower heat-sealing seat on bottom plate, the first inserting angle plate between upper heat-sealing seat and lower heat-sealing seat and the second inserting angle plate, described upper heat-sealing seat and lower heat-sealing seat are driven by the cylinder assembly be arranged in frame bottom, described first inserting angle plate is by the first limb air cylinder driven be enclosed within the first expansion link, second inserting angle plate is by the second limb air cylinder driven be enclosed within the second expansion link, described first inserting angle plate and the second inserting angle plate are arranged symmetrically with.
Described one-tenth bag parts are formed by connecting by first side turnover board, top board, second side turnover board, base plate successively, first side turnover board, top board, second side turnover board and plate inner wall form molding cavity, and first side turnover board and second side turnover board stretch out the platform of frame.
Described one-tenth bag parts side is provided with middle envelope sealing part, and middle envelope sealing part seals cylinder form by two heat-sealing blocks be arranged symmetrically with in driving two heat-sealing blocks reciprocating.
Described middle envelope sealing part arranged outside has film bag negative pressure transportation parts, film bag negative pressure transportation parts are made up of servomotor, perforate belt conveyor, negative pressure cavity, universal coupling and gear, the solderless wrapped connection of perforate belt conveyor is on negative pressure cavity, universal coupling one end is connected with perforate belt conveyor, the other end is connected with servomotor by gear, and driven by servomotor perforate belt conveyor is in negative pressure cavity cocycle campaign.
Be provided with cutting knife in described upper heat-sealing seat, cutting knife runs through upper mounted plate, and cutting knife is by the cutting knife air cylinder driven be arranged on upper mounted plate.
Fixed plate has bar shaped groove, bar shaped groove width and cutting knife thickness suitable.
Described cylinder assembly is by the first oblique drawbar, the second oblique drawbar, cross bar, vertical pole, the first tie rod cylinders be arranged on the first oblique drawbar, the second tie rod cylinders be arranged on the second oblique drawbar, the cross bar cylinder be arranged on cross bar, the vertical pole cylinder be arranged on vertical pole is formed, and the first oblique drawbar is connected bottom plate respectively with the second oblique drawbar.
The described bag parts that push away are made up of support, stepping motor, driving wheel, flower wheel, strut bar, load-transfer device, push rod, stepping motor and driving wheel are arranged on strut bar one end, flower wheel is arranged on the strut bar other end, load-transfer device is enclosed within driving wheel and flower wheel, push rod is fixing on the conveyor belt, and driving wheel is by driving stepper motor.
Described push rod cross-sectional plane is L-shaped, and termination slidably connects push pedal to push rod.
Described outlet member by outfeed platforms, be slidably connected at the first baffle plate on outfeed platforms and second baffle is formed, the gap size between the first baffle plate and second baffle is adjustable, and outfeed platforms is connected with frame.
Beneficial effect of the present invention is mainly manifested in the following aspects:
One, the present invention, cutter envelope limb parts comprise support, be arranged on the first expansion link in support, second expansion link, run through the upper mounted plate of the first expansion link and the second expansion link, bottom plate, be fixed on the upper heat-sealing seat on upper mounted plate, be fixed on the lower heat-sealing seat on bottom plate, the first inserting angle plate between upper heat-sealing seat and lower heat-sealing seat and the second inserting angle plate, upper heat-sealing seat and lower heat-sealing seat are driven by the cylinder assembly be arranged in frame bottom, first inserting angle plate is by the first limb air cylinder driven be enclosed within the first expansion link, second inserting angle plate is by the second limb air cylinder driven be enclosed within the second expansion link, first inserting angle plate and the second inserting angle plate are arranged symmetrically with, adopt this structure, entire volume film is successively by film-putting part part, walk membrane element and enter into bag parts, square bag is formed through becoming bag parts, push away bag parts simultaneously and advance square bag by arranging the material put in order, after longitudinal sealing, cylinder assembly drives upper heat-sealing seat and lower heat-sealing seat in the vertical direction to be separated from each other the gap being formed and hold square bag, first limb cylinder and the second limb cylinder drive the first inserting angle plate and the second inserting angle plate move toward one another respectively, square shaped bag front end face carries out limb, cylinder assembly drives heat-sealing seat and lower heat-sealing seat move toward one another again, heat-sealing sealing is carried out to the square bag front end face after limb, aft end face in like manner realizes aft end face heat-sealing after cutting off, the square bag that entire volume film is formed achieves the continuity operation of end face limb and sealing through cutter envelope limb parts, complete non-returnable container piecemeal, obtain multiple finished product, without the need to first cutting off film, another material adds coupling, also without the need to setting up separately limb parts, make whole packaging process continuity strong, greatly improve packaging efficiency.
Two, the present invention, bag parts are become to be formed by connecting by first side turnover board, top board, second side turnover board, base plate successively, first side turnover board, top board, second side turnover board and plate inner wall form molding cavity, first side turnover board and second side turnover board stretch out the platform of frame, adopt the one-tenth bag parts of this structure, entire volume film is made to be folded to form the square bag of material package successively through first side turnover board, top board, second side turnover board, base plate and molding cavity, shaping speed is fast, square shape bag forming is carefully and neatly done, is beneficial to and effectively wraps up material.
Three, the present invention, bag parts side is become to be provided with middle envelope sealing part, middle envelope sealing part seals cylinder form by two heat-sealing block be arranged symmetrically with in driving two heat-sealing blocks reciprocating, comparatively prior art side seal, adopt the form of sealing in square bag, be convenient to the regularity regulating packing materials, engage by stitching in two heat-sealing block square shaped bags, make final finished packaging bag surface more well-balanced, pack more attractive in appearance, the problem of the packaging bag surface irregularity that can effectively avoid side seal to cause.
Four, the present invention, middle envelope sealing part arranged outside has film bag negative pressure transportation parts, film bag negative pressure transportation parts are by servomotor, perforate belt conveyor, negative pressure cavity, universal coupling and gear are formed, the solderless wrapped connection of perforate belt conveyor is on negative pressure cavity, universal coupling one end is connected with perforate belt conveyor, the other end is connected with servomotor by gear, driven by servomotor perforate belt conveyor is in negative pressure cavity cocycle campaign, make negative pressure cavity corresponding with the hole on perforate belt conveyor, produce negative pressure of vacuum, square shaped film bag forms adsorption affinity, thus quadrangular membrane bag pulsation-free is delivered to cutter envelope limb parts, improve quadrangular membrane bag transport efficiency, and then improve whole packaging efficiency.
Five, the present invention, cutting knife is provided with in upper heat-sealing seat, cutting knife runs through upper mounted plate, cutting knife is by the cutting knife air cylinder driven be arranged on upper mounted plate, after quadrangular membrane bag front end face is sealed, just the rear end of square shaped film bag at once can cut off, again seal and get product, do not need to set up cutting part in addition, the output capacity of packed products can be improved.
Six, the present invention, upper mounted plate has bar shaped groove, bar shaped groove width and cutting knife thickness suitable, position-limiting action can be played to cutting knife by bar shaped groove, prevent cutting knife from producing teeter, make cutting more accurate, also improve cutting efficiency, and then improve packaging efficiency further.
Seven, the present invention, cylinder assembly is by the first oblique drawbar, second oblique drawbar, cross bar, vertical pole, be arranged on the first tie rod cylinders on the first oblique drawbar, be arranged on the second tie rod cylinders on the second oblique drawbar, be arranged on the cross bar cylinder on cross bar, the vertical pole cylinder be arranged on vertical pole is formed, first oblique drawbar is connected bottom plate respectively with the second oblique drawbar, adopt the cylinder assembly of this structure, the engagement that can realize heat-sealing seat and lower heat-sealing seat flexibly be separated, cooperatively interacting of the second oblique drawbar that the first oblique drawbar driven by the first tie rod cylinders and the second tie rod cylinders are driven, the levelness of lower heat-sealing seat can be adjusted, lower heat-sealing seat and upper heat-sealing seat are better engaged, thus make quadrangular membrane bag sealed port of butt end more well-balanced, better tightness, and lower heat-sealing seat is when being separated with upper heat-sealing seat, the two gap produced is adjustable, be convenient to the square bag holding different size, realize packaging for foodstuff diversification.
Eight, the present invention, push away bag parts by support, stepping motor, driving wheel, flower wheel, strut bar, load-transfer device, push rod is formed, stepping motor and driving wheel are arranged on strut bar one end, flower wheel is arranged on the strut bar other end, load-transfer device is enclosed within driving wheel and flower wheel, push rod is fixing on the conveyor belt, driving wheel is by driving stepper motor, what adopt this structure pushes away bag parts by stepping motor driving conveying belt iterative motion, when filling material, push rod can be parked on profiled part place by load-transfer device, advance in the square bag in molding cavity by arranging the material put in order, after having added materials, can remove with load-transfer device again, greatly improve material and load efficiency, thus be beneficial to the whole packaging efficiency of raising.
Nine, the present invention, push rod cross-sectional plane is L-shaped, termination slidably connects push pedal to push rod, adopts the push rod of " L " shape, makes material direction of propulsion consistent with becoming the molding cavity opening direction of bag parts, be convenient to material and push away dress, termination slidably connects push pedal to push rod, can adjust the relative displacement of push pedal, is applicable to the material of different size size, be convenient to the material of different size size to advance in profiled part, make packing materials diversification.
Ten, the present invention, outlet member by outfeed platforms, be slidably connected at the first baffle plate on outfeed platforms and second baffle is formed, gap size between first baffle plate and second baffle is adjustable, outfeed platforms is connected with frame, and the finished product after sealed port of butt end falls into outfeed platforms, is convenient to continuously orderly conveying finished product, prevent finished product from piling up, first baffle plate and second baffle slide in opposition, just adjustable gap size therebetween, is applicable to the packed products of different size size.
Accompanying drawing explanation
Below in conjunction with specification drawings and specific embodiments, the present invention is described in further detail, wherein:
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of cutter of the present invention envelope limb parts;
Fig. 3 is the structural representation of profiled part of the present invention;
Fig. 4 is the structural representation of film bag negative pressure transportation parts of the present invention;
Fig. 5 is the structural representation that the present invention pushes away bag parts;
Fig. 6 is the structural representation of outlet member of the present invention;
Mark in figure: 1, frame, 2, walk membrane element, 3, cutter envelope limb parts, 4, film-putting part part, 5, become bag parts, 6, push away bag parts, 7, outlet member, 8, support, 9, first expansion link, 10, second expansion link, 11, upper mounted plate, 12, bottom plate, 13, upper heat-sealing seat, 14, lower heat-sealing seat, 15, first inserting angle plate, 16, second inserting angle plate, 17, cylinder assembly, 18, first limb cylinder, 19, second limb cylinder, 20, first side turnover board, 21, top board, 22, second side turnover board, 23, base plate, 24, molding cavity, 25, middle envelope sealing part, 26, heat-sealing block, 27, middle envelope cylinder, 28, film bag negative pressure transportation parts, 29, servomotor, 30, perforate belt conveyor, 31, negative pressure cavity, 32, universal coupling, 33, gear, 34, cutting knife, 35, cutting knife cylinder, 36, bar shaped groove, 37, first oblique drawbar, 38, second oblique drawbar, 39, cross bar, 40, vertical pole, 41, first tie rod cylinders, 42, second tie rod cylinders, 43, cross bar cylinder, 44, vertical pole cylinder, 45, stepping motor, 46, driving wheel, 47, flower wheel, 48, strut bar, 49, load-transfer device, 50, push rod, 51, push pedal, 52, outfeed platforms, 53, first baffle plate, 54, second baffle.
Detailed description of the invention
Embodiment 1
See Fig. 1 and Fig. 2, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
The present embodiment is the most basic embodiment, structure is simple, adopt the one-tenth bag parts of prior art, longitudinal sealing sealing part, film bag transfer unit, in whole packaging process, entire volume film is successively by film-putting part part, walk membrane element and enter into bag parts, square bag is formed through becoming bag parts, push away bag parts simultaneously and advance square bag by arranging the material put in order, after longitudinal sealing, cylinder assembly drives upper heat-sealing seat and lower heat-sealing seat in the vertical direction to be separated from each other the gap being formed and hold square bag, first limb cylinder and the second limb cylinder drive the first inserting angle plate and the second inserting angle plate move toward one another respectively, square shaped bag front end face carries out limb, cylinder assembly drives heat-sealing seat and lower heat-sealing seat move toward one another again, heat-sealing sealing is carried out to the square bag front end face after limb, aft end face in like manner realizes aft end face heat-sealing after cutting off, the square bag that entire volume film is formed achieves the continuity operation of end face limb and sealing through cutter envelope limb parts, complete non-returnable container piecemeal, obtain multiple finished product, without the need to first cutting off film, another material adds coupling, also without the need to setting up separately limb parts, make whole packaging process continuity strong, greatly improve packaging efficiency.
Embodiment 2
See Fig. 1-Fig. 3, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
The present embodiment is a better embodiment, become bag parts successively by first side turnover board, top board, second side turnover board, base plate is formed by connecting, first side turnover board, top board, second side turnover board and plate inner wall form molding cavity, first side turnover board and second side turnover board stretch out the platform of frame, adopt the one-tenth bag parts of this structure, make entire volume film successively through first side turnover board, top board, second side turnover board, base plate and molding cavity are folded to form the square bag of material package, shaping speed is fast, square shape bag forming is carefully and neatly done, be beneficial to and effectively wrap up material.
Embodiment 3
See Fig. 1-Fig. 3, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
Described one-tenth bag parts 5 side is provided with middle envelope sealing part 25, and middle envelope sealing part 25 is by two heat-sealing blocks be arranged symmetrically with 26 and seal cylinder 27 in driving two heat-sealing blocks 26 reciprocating and form.
The present embodiment is another better embodiment, bag parts side is become to be provided with middle envelope sealing part, middle envelope sealing part seals cylinder form by two heat-sealing block be arranged symmetrically with in driving two heat-sealing blocks reciprocating, comparatively prior art side seal, adopt the form of sealing in square bag, be convenient to the regularity regulating packing materials, engage by stitching in two heat-sealing block square shaped bags, make final finished packaging bag surface more well-balanced, pack more attractive in appearance, the problem of the packaging bag surface irregularity that can effectively avoid side seal to cause.
Embodiment 4
See Fig. 1-Fig. 4, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
Described one-tenth bag parts 5 side is provided with middle envelope sealing part 25, and middle envelope sealing part 25 is by two heat-sealing blocks be arranged symmetrically with 26 and seal cylinder 27 in driving two heat-sealing blocks 26 reciprocating and form.
Described middle envelope sealing part 25 arranged outside has film bag negative pressure transportation parts 28, film bag negative pressure transportation parts 28 are made up of servomotor 29, perforate belt conveyor 30, negative pressure cavity 31, universal coupling 32 and gear 33, perforate belt conveyor 30 solderless wrapped connection is on negative pressure cavity 31, universal coupling 32 one end is connected with perforate belt conveyor 30, the other end is connected with servomotor 29 by gear 33, and servomotor 29 drives perforate belt conveyor 30 in negative pressure cavity 31 cocycle campaign.
The present embodiment is another better embodiment, middle envelope sealing part arranged outside has film bag negative pressure transportation parts, film bag negative pressure transportation parts are by servomotor, perforate belt conveyor, negative pressure cavity, universal coupling and gear are formed, the solderless wrapped connection of perforate belt conveyor is on negative pressure cavity, universal coupling one end is connected with perforate belt conveyor, the other end is connected with servomotor by gear, driven by servomotor perforate belt conveyor is in negative pressure cavity cocycle campaign, make negative pressure cavity corresponding with the hole on perforate belt conveyor, produce negative pressure of vacuum, square shaped film bag forms adsorption affinity, thus quadrangular membrane bag pulsation-free is delivered to cutter envelope limb parts, improve quadrangular membrane bag transport efficiency, and then improve whole packaging efficiency.
Embodiment 5
See Fig. 1-Fig. 4, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
Described one-tenth bag parts 5 side is provided with middle envelope sealing part 25, and middle envelope sealing part 25 is by two heat-sealing blocks be arranged symmetrically with 26 and seal cylinder 27 in driving two heat-sealing blocks 26 reciprocating and form.
Described middle envelope sealing part 25 arranged outside has film bag negative pressure transportation parts 28, film bag negative pressure transportation parts 28 are made up of servomotor 29, perforate belt conveyor 30, negative pressure cavity 31, universal coupling 32 and gear 33, perforate belt conveyor 30 solderless wrapped connection is on negative pressure cavity 31, universal coupling 32 one end is connected with perforate belt conveyor 30, the other end is connected with servomotor 29 by gear 33, and servomotor 29 drives perforate belt conveyor 30 in negative pressure cavity 31 cocycle campaign.
Be provided with cutting knife 34 in described upper heat-sealing seat 13, cutting knife 34 runs through upper mounted plate 11, and cutting knife 34 is driven by the cutting knife cylinder 35 be arranged on upper mounted plate 11.
The present embodiment is another better embodiment, cutting knife is provided with in upper heat-sealing seat, cutting knife runs through upper mounted plate, cutting knife is by the cutting knife air cylinder driven be arranged on upper mounted plate, after quadrangular membrane bag front end face is sealed, just the rear end of square shaped film bag at once can cut off, again seal and get product, do not need to set up cutting part in addition, the output capacity of packed products can be improved.
Embodiment 6
See Fig. 1-Fig. 4, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
Described one-tenth bag parts 5 side is provided with middle envelope sealing part 25, and middle envelope sealing part 25 is by two heat-sealing blocks be arranged symmetrically with 26 and seal cylinder 27 in driving two heat-sealing blocks 26 reciprocating and form.
Described middle envelope sealing part 25 arranged outside has film bag negative pressure transportation parts 28, film bag negative pressure transportation parts 28 are made up of servomotor 29, perforate belt conveyor 30, negative pressure cavity 31, universal coupling 32 and gear 33, perforate belt conveyor 30 solderless wrapped connection is on negative pressure cavity 31, universal coupling 32 one end is connected with perforate belt conveyor 30, the other end is connected with servomotor 29 by gear 33, and servomotor 29 drives perforate belt conveyor 30 in negative pressure cavity 31 cocycle campaign.
Be provided with cutting knife 34 in described upper heat-sealing seat 13, cutting knife 34 runs through upper mounted plate 11, and cutting knife 34 is driven by the cutting knife cylinder 35 be arranged on upper mounted plate 11.
Fixed plate 11 has bar shaped groove 36, bar shaped groove 36 width and cutting knife 34 thickness suitable.
The present embodiment is another better embodiment, upper mounted plate has bar shaped groove, bar shaped groove width and cutting knife thickness suitable, position-limiting action can be played to cutting knife by bar shaped groove, prevent cutting knife from producing teeter, make cutting more accurate, also improve cutting efficiency, and then improve packaging efficiency further.
Embodiment 7
See Fig. 1-Fig. 4, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
Described one-tenth bag parts 5 side is provided with middle envelope sealing part 25, and middle envelope sealing part 25 is by two heat-sealing blocks be arranged symmetrically with 26 and seal cylinder 27 in driving two heat-sealing blocks 26 reciprocating and form.
Described middle envelope sealing part 25 arranged outside has film bag negative pressure transportation parts 28, film bag negative pressure transportation parts 28 are made up of servomotor 29, perforate belt conveyor 30, negative pressure cavity 31, universal coupling 32 and gear 33, perforate belt conveyor 30 solderless wrapped connection is on negative pressure cavity 31, universal coupling 32 one end is connected with perforate belt conveyor 30, the other end is connected with servomotor 29 by gear 33, and servomotor 29 drives perforate belt conveyor 30 in negative pressure cavity 31 cocycle campaign.
Be provided with cutting knife 34 in described upper heat-sealing seat 13, cutting knife 34 runs through upper mounted plate 11, and cutting knife 34 is driven by the cutting knife cylinder 35 be arranged on upper mounted plate 11.
Fixed plate 11 has bar shaped groove 36, bar shaped groove 36 width and cutting knife 34 thickness suitable.
Described cylinder assembly 17 is by the first oblique drawbar 37, second oblique drawbar 38, cross bar 39, vertical pole 40, the first tie rod cylinders 41 be arranged on the first oblique drawbar 37, the second tie rod cylinders 42 be arranged on the second oblique drawbar 38, the cross bar cylinder 43 be arranged on cross bar 39, the vertical pole cylinder 44 be arranged on vertical pole 40 is formed, and the first oblique drawbar 37 is connected bottom plate 12 respectively with the second oblique drawbar 38.
The present embodiment is another better embodiment, adopt the cylinder assembly of this structure, the engagement that can realize heat-sealing seat and lower heat-sealing seat flexibly be separated, cooperatively interacting of the second oblique drawbar that the first oblique drawbar driven by the first tie rod cylinders and the second tie rod cylinders are driven, the levelness of lower heat-sealing seat can be adjusted, lower heat-sealing seat and upper heat-sealing seat are better engaged, thus make quadrangular membrane bag sealed port of butt end more well-balanced, better tightness, and lower heat-sealing seat is when being separated with upper heat-sealing seat, the two gap produced is adjustable, be convenient to the square bag holding different size, realize packaging for foodstuff diversification.
Embodiment 8
See Fig. 1-Fig. 5, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
Described one-tenth bag parts 5 side is provided with middle envelope sealing part 25, and middle envelope sealing part 25 is by two heat-sealing blocks be arranged symmetrically with 26 and seal cylinder 27 in driving two heat-sealing blocks 26 reciprocating and form.
Described middle envelope sealing part 25 arranged outside has film bag negative pressure transportation parts 28, film bag negative pressure transportation parts 28 are made up of servomotor 29, perforate belt conveyor 30, negative pressure cavity 31, universal coupling 32 and gear 33, perforate belt conveyor 30 solderless wrapped connection is on negative pressure cavity 31, universal coupling 32 one end is connected with perforate belt conveyor 30, the other end is connected with servomotor 29 by gear 33, and servomotor 29 drives perforate belt conveyor 30 in negative pressure cavity 31 cocycle campaign.
Be provided with cutting knife 34 in described upper heat-sealing seat 13, cutting knife 34 runs through upper mounted plate 11, and cutting knife 34 is driven by the cutting knife cylinder 35 be arranged on upper mounted plate 11.
Fixed plate 11 has bar shaped groove 36, bar shaped groove 36 width and cutting knife 34 thickness suitable.
Described cylinder assembly 17 is by the first oblique drawbar 37, second oblique drawbar 38, cross bar 39, vertical pole 40, the first tie rod cylinders 41 be arranged on the first oblique drawbar 37, the second tie rod cylinders 42 be arranged on the second oblique drawbar 38, the cross bar cylinder 43 be arranged on cross bar 39, the vertical pole cylinder 44 be arranged on vertical pole 40 is formed, and the first oblique drawbar 37 is connected bottom plate 12 respectively with the second oblique drawbar 38.
The described bag parts 6 that push away are made up of stepping motor 45, driving wheel 46, flower wheel 47, strut bar 48, load-transfer device 49, push rod 50, stepping motor 45 and driving wheel 46 are arranged on strut bar 48 one end, flower wheel 47 is arranged on strut bar 48 other end, load-transfer device 49 is enclosed within driving wheel 46 and flower wheel 47, push rod 50 is fixed on load-transfer device 49, and driving wheel 46 is driven by stepping motor 45.
The present embodiment is another better embodiment, push away bag parts by support, stepping motor, driving wheel, flower wheel, strut bar, load-transfer device, push rod is formed, stepping motor and driving wheel are arranged on strut bar one end, flower wheel is arranged on the strut bar other end, load-transfer device is enclosed within driving wheel and flower wheel, push rod is fixing on the conveyor belt, driving wheel is by driving stepper motor, what adopt this structure pushes away bag parts by stepping motor driving conveying belt iterative motion, when filling material, push rod can be parked on profiled part place by load-transfer device, advance in the square bag in molding cavity by arranging the material put in order, after having added materials, can remove with load-transfer device again, greatly improve material and load efficiency, thus be beneficial to the whole packaging efficiency of raising.
Embodiment 9
See Fig. 1-Fig. 5, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
Described one-tenth bag parts 5 side is provided with middle envelope sealing part 25, and middle envelope sealing part 25 is by two heat-sealing blocks be arranged symmetrically with 26 and seal cylinder 27 in driving two heat-sealing blocks 26 reciprocating and form.
Described middle envelope sealing part 25 arranged outside has film bag negative pressure transportation parts 28, film bag negative pressure transportation parts 28 are made up of servomotor 29, perforate belt conveyor 30, negative pressure cavity 31, universal coupling 32 and gear 33, perforate belt conveyor 30 solderless wrapped connection is on negative pressure cavity 31, universal coupling 32 one end is connected with perforate belt conveyor 30, the other end is connected with servomotor 29 by gear 33, and servomotor 29 drives perforate belt conveyor 30 in negative pressure cavity 31 cocycle campaign.
Be provided with cutting knife 34 in described upper heat-sealing seat 13, cutting knife 34 runs through upper mounted plate 11, and cutting knife 34 is driven by the cutting knife cylinder 35 be arranged on upper mounted plate 11.
Fixed plate 11 has bar shaped groove 36, bar shaped groove 36 width and cutting knife 34 thickness suitable.
Described cylinder assembly 17 is by the first oblique drawbar 37, second oblique drawbar 38, cross bar 39, vertical pole 40, the first tie rod cylinders 41 be arranged on the first oblique drawbar 37, the second tie rod cylinders 42 be arranged on the second oblique drawbar 38, the cross bar cylinder 43 be arranged on cross bar 39, the vertical pole cylinder 44 be arranged on vertical pole 40 is formed, and the first oblique drawbar 37 is connected bottom plate 12 respectively with the second oblique drawbar 38.
The described bag parts 6 that push away are made up of stepping motor 45, driving wheel 46, flower wheel 47, strut bar 48, load-transfer device 49, push rod 50, stepping motor 45 and driving wheel 46 are arranged on strut bar 48 one end, flower wheel 47 is arranged on strut bar 48 other end, load-transfer device 49 is enclosed within driving wheel 46 and flower wheel 47, push rod 50 is fixed on load-transfer device 49, and driving wheel 46 is driven by stepping motor 45.
Described push rod 50 cross-sectional plane is L-shaped, and termination slidably connects push pedal 51 to push rod 50.
The present embodiment is another better embodiment, push rod cross-sectional plane is L-shaped, termination slidably connects push pedal to push rod, adopts the push rod of " L " shape, makes material direction of propulsion consistent with becoming the molding cavity opening direction of bag parts, be convenient to material and push away dress, termination slidably connects push pedal to push rod, can adjust the relative displacement of push pedal, is applicable to the material of different size size, be convenient to the material of different size size to advance in profiled part, make packing materials diversification.
Embodiment 10
See Fig. 1-Fig. 6, chartered plane in a kind of food, comprises frame 1, frame 1 side walk membrane element 2, the cutter envelope limb parts 3 of frame 1 opposite side, film-putting part part 4 below frame 1, be arranged on the one-tenth bag parts 5 in frame 1, the outlet member 7 pushing away bag parts 6 and the other end of frame 1 one end, described cutter envelope limb parts 3 comprise support 8, be arranged on the first expansion link 9 in support 8, second expansion link 10, run through the upper mounted plate 11 of the first expansion link 9 and the second expansion link 10, bottom plate 12, be fixed on the upper heat-sealing seat 13 on upper mounted plate 11, be fixed on the lower heat-sealing seat 14 on bottom plate 12, the first inserting angle plate 15 and the second inserting angle plate 16 between upper heat-sealing seat 13 and lower heat-sealing seat 14, described upper heat-sealing seat 13 and lower heat-sealing seat 14 are driven by the cylinder assembly 17 be arranged on bottom support 8, described first inserting angle plate 15 is driven by the first limb cylinder 18 be enclosed within the first expansion link 9, second inserting angle plate 16 is driven by the second limb cylinder 19 be enclosed within the second expansion link 10, and described first inserting angle plate 15 and the second inserting angle plate 16 are arranged symmetrically with.
Described one-tenth bag parts 5 are formed by connecting by first side turnover board 20, top board 21, second side turnover board 22, base plate 23 successively, first side turnover board 20, top board 21, second side turnover board 22 and base plate 23 inwall form molding cavity 24, and first side turnover board 20 and second side turnover board 22 stretch out the platform of frame 1.
Described one-tenth bag parts 5 side is provided with middle envelope sealing part 25, and middle envelope sealing part 25 is by two heat-sealing blocks be arranged symmetrically with 26 and seal cylinder 27 in driving two heat-sealing blocks 26 reciprocating and form.
Described middle envelope sealing part 25 arranged outside has film bag negative pressure transportation parts 28, film bag negative pressure transportation parts 28 are made up of servomotor 29, perforate belt conveyor 30, negative pressure cavity 31, universal coupling 32 and gear 33, perforate belt conveyor 30 solderless wrapped connection is on negative pressure cavity 31, universal coupling 32 one end is connected with perforate belt conveyor 30, the other end is connected with servomotor 29 by gear 33, and servomotor 29 drives perforate belt conveyor 30 in negative pressure cavity 31 cocycle campaign.
Be provided with cutting knife 34 in described upper heat-sealing seat 13, cutting knife 34 runs through upper mounted plate 11, and cutting knife 34 is driven by the cutting knife cylinder 35 be arranged on upper mounted plate 11.
Fixed plate 11 has bar shaped groove 36, bar shaped groove 36 width and cutting knife 34 thickness suitable.
Described cylinder assembly 17 is by the first oblique drawbar 37, second oblique drawbar 38, cross bar 39, vertical pole 40, the first tie rod cylinders 41 be arranged on the first oblique drawbar 37, the second tie rod cylinders 42 be arranged on the second oblique drawbar 38, the cross bar cylinder 43 be arranged on cross bar 39, the vertical pole cylinder 44 be arranged on vertical pole 40 is formed, and the first oblique drawbar 37 is connected bottom plate 12 respectively with the second oblique drawbar 38.
The described bag parts 6 that push away are made up of stepping motor 45, driving wheel 46, flower wheel 47, strut bar 48, load-transfer device 49, push rod 50, stepping motor 45 and driving wheel 46 are arranged on strut bar 48 one end, flower wheel 47 is arranged on strut bar 48 other end, load-transfer device 49 is enclosed within driving wheel 46 and flower wheel 47, push rod 50 is fixed on load-transfer device 49, and driving wheel 46 is driven by stepping motor 45.
Described push rod 50 cross-sectional plane is L-shaped, and termination slidably connects push pedal 51 to push rod 50.
Described outlet member 7 by outfeed platforms 52, be slidably connected at the first baffle plate 53 on outfeed platforms 52 and second baffle 54 is formed, the gap size between the first baffle plate 53 and second baffle 54 is adjustable, and outfeed platforms 52 is connected with frame 1.
The present embodiment is preferred forms, entire volume film is successively by film-putting part part, walk membrane element and enter into bag parts, square bag is formed through becoming bag parts, push away bag parts simultaneously and advance square bag by arranging the material put in order, after longitudinal sealing, cylinder assembly drives upper heat-sealing seat and lower heat-sealing seat in the vertical direction to be separated from each other the gap being formed and hold square bag, first limb cylinder and the second limb cylinder drive the first inserting angle plate and the second inserting angle plate move toward one another respectively, square shaped bag front end face carries out limb, cylinder assembly drives heat-sealing seat and lower heat-sealing seat move toward one another again, heat-sealing sealing is carried out to the square bag front end face after limb, aft end face in like manner realizes aft end face heat-sealing after cutting off, the square bag that entire volume film is formed achieves the continuity operation of end face limb and sealing through cutter envelope limb parts, complete non-returnable container piecemeal, obtain multiple finished product, without the need to first cutting off film, another material adds coupling, also without the need to setting up separately limb parts, make whole packaging process continuity strong, greatly improve packaging efficiency, adopt the one-tenth bag parts of ad hoc structure, shaping speed is fast, square shape bag forming is carefully and neatly done, be beneficial to and effectively wrap up material, adopt the form of sealing in square bag, be convenient to the regularity regulating packing materials, engage by stitching in two heat-sealing block square shaped bags, making final finished packaging bag surface more well-balanced, pack more attractive in appearance, film bag negative pressure transportation parts, make negative pressure cavity corresponding with the hole on perforate belt conveyor, produce negative pressure of vacuum, square shaped film bag forms adsorption affinity, thus quadrangular membrane bag pulsation-free is delivered to cutter envelope limb parts, improve quadrangular membrane bag transport efficiency, and then improve whole packaging efficiency, outfeed platforms is connected with frame, and the finished product after sealed port of butt end falls into outfeed platforms, is convenient to continuously orderly conveying finished product, prevent finished product from piling up, first baffle plate and second baffle slide in opposition, just adjustable gap size therebetween, is applicable to the packed products of different size size.
The invention is not restricted to above-described embodiment; according to the description of above-described embodiment; those of ordinary skill in the art also can make some apparent changes to the present invention; as arranged handwheel regulating control on film bag negative pressure transportation parts; by the handwheel adjusting screw(rod) of handwheel regulating control, make the perforate belt conveyor of both sides along sliding bar, to be close to each otherly separated; to adapt to the width of different film bag, but these changes all should fall within the protection domain of the claims in the present invention.
Claims (10)
1. chartered plane in a food, comprise frame (1), cutter envelope limb parts (3) of frame (1) side, be arranged on the one-tenth bag parts (5) in frame (1), the outlet member (7) pushing away bag parts (6) and the other end of frame (1) one end, it is characterized in that: described cutter envelope limb parts (3) comprises support (8), be arranged on the first expansion link (9) in support (8), second expansion link (10), run through the upper mounted plate (11) of the first expansion link (9) and the second expansion link (10), bottom plate (12), be fixed on the upper heat-sealing seat (13) on upper mounted plate (11), be fixed on the lower heat-sealing seat (14) on bottom plate (12), be positioned at the first inserting angle plate (15) between heat-sealing seat (13) and lower heat-sealing seat (14) and the second inserting angle plate (16), described upper heat-sealing seat (13) and lower heat-sealing seat (14) are driven by the cylinder assembly (17) be arranged on support (8) bottom, described first inserting angle plate (15) is driven by the first limb cylinder (18) be enclosed within the first expansion link (9), second inserting angle plate (16) is driven by the second limb cylinder (19) be enclosed within the second expansion link (10), described first inserting angle plate (15) and the second inserting angle plate (16) are arranged symmetrically with.
2. chartered plane in a kind of food according to claim 1, it is characterized in that: described one-tenth bag parts (5) are formed by connecting by first side turnover board (20), top board (21), second side turnover board (22), base plate (23) successively, first side turnover board (20), top board (21), second side turnover board (22) and base plate (23) inwall form molding cavity (24), and first side turnover board (20) and second side turnover board (22) stretch out the platform of frame (1).
3. chartered plane in a kind of food according to claim 1 and 2, it is characterized in that: described one-tenth bag parts (5) side is provided with middle envelope sealing part (25), the middle envelope cylinder (27) that middle envelope sealing part (25) seals block (26) reciprocating by two heat-sealing blocks (26) be arranged symmetrically with and driving two is formed.
4. chartered plane in a kind of food according to claim 3, it is characterized in that: described middle envelope sealing part (25) arranged outside has film bag negative pressure transportation parts (28), film bag negative pressure transportation parts (28) is by servomotor (29), perforate belt conveyor (30), negative pressure cavity (31), universal coupling (32) and gear (33) are formed, perforate belt conveyor (30) solderless wrapped connection is on negative pressure cavity (31), universal coupling (32) one end is connected with perforate belt conveyor (30), the other end is connected with servomotor (29) by gear (33), servomotor (29) drives perforate belt conveyor (30) in negative pressure cavity (31) cocycle campaign.
5. chartered plane in a kind of food according to claim 4, it is characterized in that: in described upper heat-sealing seat (13), be provided with cutting knife (34), cutting knife (34) runs through upper mounted plate (11), and cutting knife (34) is driven by the cutting knife cylinder (35) be arranged on upper mounted plate (11).
6. chartered plane in a kind of food according to claim 5, is characterized in that: fixed plate (11) has bar shaped groove (36), bar shaped groove (36) width and cutting knife (34) thickness suitable.
7. chartered plane in a kind of food according to claim 6, it is characterized in that: described cylinder assembly (17) is by the first oblique drawbar (37), second oblique drawbar (38), cross bar (39), vertical pole (40), be arranged on the first tie rod cylinders (41) on the first oblique drawbar (37), be arranged on the second tie rod cylinders (42) on the second oblique drawbar (38), be arranged on the cross bar cylinder (43) on cross bar (39), the vertical pole cylinder (44) be arranged on vertical pole (40) is formed, first oblique drawbar (37) is connected bottom plate (12) respectively with the second oblique drawbar (38).
8. chartered plane in a kind of food according to claim 7, it is characterized in that: described in push away bag parts (6) by stepping motor (45), driving wheel (46), flower wheel (47), strut bar (48), load-transfer device (49), push rod (50) is formed, stepping motor (45) and driving wheel (46) are arranged on strut bar (48) one end, flower wheel (47) is arranged on strut bar (48) other end, load-transfer device (49) is enclosed within driving wheel (46) and flower wheel (47), push rod (50) is fixed on load-transfer device (49), driving wheel (46) is driven by stepping motor (45).
9. chartered plane in a kind of food according to claim 8, is characterized in that: described push rod (50) cross-sectional plane is L-shaped, push rod (50) termination slidably connects push pedal (51).
10. chartered plane in a kind of food according to claim 9, it is characterized in that: described outlet member (7) by outfeed platforms (52), be slidably connected at the first baffle plate (53) on outfeed platforms (52) and second baffle (54) is formed, gap size between first baffle plate (53) and second baffle (54) is adjustable, and outfeed platforms (52) is connected with frame (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410760386.6A CN104494870B (en) | 2014-12-12 | 2014-12-12 | Chartered plane in a kind of food |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410760386.6A CN104494870B (en) | 2014-12-12 | 2014-12-12 | Chartered plane in a kind of food |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104494870A true CN104494870A (en) | 2015-04-08 |
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Cited By (3)
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| CN107554837A (en) * | 2017-09-22 | 2018-01-09 | 常熟市百联自动机械有限公司 | Bag and device for spreading |
| CN108081351A (en) * | 2017-08-18 | 2018-05-29 | 邯郸市海拓机械科技有限公司 | It is synchronously pushed away in a kind of food cutting field and holds device |
| CN109080868A (en) * | 2018-08-28 | 2018-12-25 | 浙江顶誉食品有限公司 | A kind of fragrance packaging facilities |
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| CN104494870B (en) | 2016-09-14 |
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Denomination of invention: A food packaging machine Effective date of registration: 20231130 Granted publication date: 20160914 Pledgee: China Co. truction Bank Corp Foshan branch Pledgor: FOSHAN SOONTRUE MACHINERY EQUIPMENT Co.,Ltd. Registration number: Y2023980068504 |
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