CN203358868U - Intelligent three-dimensional bag-making multi-material filling integrated vacuum package machine - Google Patents
Intelligent three-dimensional bag-making multi-material filling integrated vacuum package machine Download PDFInfo
- Publication number
- CN203358868U CN203358868U CN2013204655997U CN201320465599U CN203358868U CN 203358868 U CN203358868 U CN 203358868U CN 2013204655997 U CN2013204655997 U CN 2013204655997U CN 201320465599 U CN201320465599 U CN 201320465599U CN 203358868 U CN203358868 U CN 203358868U
- Authority
- CN
- China
- Prior art keywords
- bag
- heat
- slide fastener
- sealing
- quantitative
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Landscapes
- Vacuum Packaging (AREA)
- Basic Packing Technique (AREA)
Abstract
The utility model belongs to an intelligent three-dimensional bag-making multi-material filling integrated vacuum package machine. The integrated vacuum package machine comprises a packaging film conveying and bag cutting device, a packaging bag conveying device, a quantitative filing/bagging device and a no-chamber vacuumizing/bag heat sealing device; the packaging film conveying and bag cutting device is arranged at one side of a machine body, and the no-chamber vacuumizing/bag heat sealing device is arranged at the other side of the machine body, the quantitative filing/bagging device is arranged on the machine body between the packaging film conveying and bag cutting device and the no-chamber vacuumizing/bag heat sealing device, the packaging bag conveying device is arranged on the machine body between the packaging film conveying and bag cutting device to the quantitative filing/bagging device and the no-chamber vacuumizing/bag heat sealing device. The device is intelligent and can automatically and continuously finish the whole packaging process of a plurality of materials is finished under the condition of unmanned operation, the sanitation and quality of the package of a plurality of products can be guaranteed, the various package types are provided, the adaptation is wide, the production efficiency is high, the package speed is high, the labor is saved, the package quality is good, the package is safe, sanitary, delicate and beautiful.
Description
Technical field
The utility model belongs to the integrated vacuum packing machine of a kind of intelligent three-dimensional many materials of bag filling.
Background technology
At present, vacuum packing machine is extensively used quick-frozen food, is flooded during food processed, fruits and vegetables, liquid beverage, seed etc. pack.Most of vacuum packing machines adopt " vacuum chamber " bleed and volumetry metering or manual weighing's mode complete the packing to material.Whole technology of the package process comprises first and the material of weighing is filled with in prefabricated packaging bag chamber, again the packaging bag that fills packed article is put into to the vacuum chamber of vacuum packing machine, then closing vacuum chamber bleeds the packaging bag sealing, then again the packaging bag heat-sealing-cutting is sealed, complete the final vacuum chamber and open, take out packing material, the artificial independent operation of packaging process, very complicated, trouble.On the other hand, the range of packages of every kind of vacuum packing machine is narrower, and a wrapping machine only can complete a kind of packing of material.Thereby make the vacuum packing machine bad adaptability, packing production efficiency is low, and package speed is slow, and the amount of labour used is large, is difficult to adapt to the requirement of current various packing of product.
Summary of the invention
The purpose of this utility model is the integrated vacuum packing machine of design a kind of intelligent three-dimensional many materials of bag filling, energy intellectuality Automatic continuous under operatorless state completes the integrated packaging overall process of various various materials, can meet the health to various many kinds of substance packing of product, the requirement of guaranteeing the quality, have a kind of packing many, wide adaptability, production efficiency is high, and package speed is fast, and recruitment is few, packaging quality is good, safety and sanitation and packing advantage exquisite attractive in appearance.
For this reason, the utility model comprises that packaging film transmits into a bag cutting device, packing bag conveying device, quantitative filling bagging apparatus and vacuumizes the heat-sealing bagging apparatus without chamber.Packaging film transmits into a bag cutting device and is positioned at body one side, the body opposite side is provided with without chamber and vacuumizes the heat-sealing bagging apparatus, the quantitative filling bagging apparatus transmits into bag cutting device and vacuumizes without chamber on the body between the heat-sealing bagging apparatus at packaging film, and packing bag conveying device transmits into bag cutting device at packaging film and vacuumizes to the quantitative filling bagging apparatus with without chamber on the body between the heat-sealing bagging apparatus; Wherein
Packaging film transmits into a bag cutting device, be packaging film by beating date machine and bag shaper and entering the end in packaging bag in the slide fastener hot enclosuring device together with zip strip by the Zipper forming device and be integral in conjunction with heat-sealing, establish successively super sonic slide fastener heat-sealing mouthpart, vertical edge sealer and large edge sealer on the body of slide fastener hot enclosuring device outlet side;
The quantitative filling bagging apparatus, comprise the quantitative pot installation realized by screw feeding device, conveyer feed opening, quantitative oil pump, jigger, feeding cylinder parts; The powder material packing scale of being realized by screw rod feed opening, opaque conveyor for packaging machine; The granule materials rationing filling device of being realized by the electronic-weighing pay-off; Quantitative pot installation, powder material packing scale and granule materials rationing filling device are positioned on the outer body of large edge sealer outlet successively, on the body of quantitative pot installation and each packing scale lower end charging door, are equipped with the opening suction disc equipment;
Packing bag conveying device, by chain, be positioned on chain the compression cylinder that is the spacing distance setting, send bag device and machinery folder institute to form, chain at large edge sealer exit end to the body vacuumized without chamber between heat-sealing bagging apparatus entrance point;
Vacuumize the heat-sealing bagging apparatus without chamber, be that a U-shaped of inserting for packaging bag is deposited a bag groove, a side of depositing bag groove is positioning baffle, vibrator is established in the positioning baffle lower end, the upper end, both sides of positioning baffle is coupling with the set pin be positioned on body, the lower end, the outside of positioning baffle and an end of movable rod are coupling, the other end of movable rod is coupling and adjusts the piston rod of cylinder, one end of portable bar is coupling and is positioned at the permanent seat on the outer body of positioning baffle, also the be coupling piston rod of this adjustment cylinder of the other end of portable bar, when the piston rod of adjustment cylinder takes in, positioning baffle is perpendicular to the ground, when the piston rod of adjustment cylinder ejects, positioning baffle is parallel to the ground, deposit in another side of bag groove and establish pressing plate, a piston rod band dynamic pressure plate that is positioned at the extruding cylinder of depositing bag groove outside moves to positioning baffle, the heat-sealing clamping plate are established in the upper end of positioning baffle, the heat-sealing clamping plate are driven by the heat-sealing cylinder, the upper end of heat-sealing clamping plate is the clamping plate of bleeding, establish fluted plenum on the corresponding inner side edge of the clamping plate of bleeding, aspirating hole gathers on the fluted plenum madial wall, the aspirating hole air pump that communicates.
Described slide fastener hot enclosuring device is to drive the closed separation mutually of two slide fastener heat seal die by cylinder, establish tubular electric heating element in the slide fastener heat seal die, two corresponding faces of slide fastener heat seal die are equipped with the slide fastener groove, be provided with cleading between two slide fastener heat seal die of slide fastener both sides, the body of slide fastener heat seal die exit end is provided with super sonic slide fastener heat-sealing mouthpart.Described opening suction disc equipment is consisted of two propulsion cylinders that are oppositely arranged, the straight blank pipe mouth that is positioned at the sucker on piston rod and the sucker that communicates, and the packing sack is by between two suckers.The lower end that described electronic-weighing pay-off is vibration bin is connected with body by spring, establish vibrator in vibration bin, vibrating bunker is established in the upper end of vibration bin, the rear upper end of vibrating bunker communicates with the feed opening of storage bin hopper, the front end exit of the vibrating bunker hopper of weighing that communicates, LOAD CELLS is established in the weigh lower end of hopper, and the discharge door of the hopper of weighing is controlled and opened and closed by cylinder and retracing spring.The screw feeding device that the installation of described quantitative pot is used by packing particulate matter and powder and be positioned at the quantitative oil pump that the packing liquid on screw feeding device one side body uses and formed, the opening suction disc equipment upper end that the exit end of quantitative oil pump communicates and is positioned at this screw feeding device lower end by conduit, the entrance point of the quantitative oil pump wet tank that communicates, the upper end of this screw feeding device communicates with the parallel load-transfer device outlet of elevating conveyor, the outlet of the lower end of screw feeding device communicates with the entrance of jigger, the outlet of jigger this opening suction disc equipment upper end that communicates.Described elevating conveyor is Z-shaped, the rear side lower end spacing distance that promotes body is provided with main driving wheel and adjusting knurl side by side, the lifting body of main driving wheel upper end is provided with the first wheel flutter, upper end, the front side spacing distance that promotes body is provided with flower wheel and the second wheel flutter side by side, the lifting body of the second wheel flutter lower end is provided with the 3rd wheel flutter, endless belt conveyer Down-Up is set between adjusting knurl and main driving wheel and flower wheel and the second wheel flutter, the first wheel flutter and the 3rd wheel flutter hold respectively the top and bottom of endless belt conveyer, the lifting body on top, endless belt conveyer lower end is provided with silo, the silo lower end is provided with vibra feeder, the lifting body of bottom, endless belt conveyer upper end is provided with parallel load-transfer device, establish the material adjuster driven by pipe link by eccentric wheel on parallel load-transfer device, parallel load-transfer device is driven by buncher.
The said structure design has reached the purpose of this utility model.
The utility model energy intellectuality Automatic continuous under operatorless state completes the integrated packaging overall process of various various materials, can meet the health to various many kinds of substance packing of product, the requirement of guaranteeing the quality, there is kind of packing many, wide adaptability, production efficiency is high, package speed is fast, recruitment is few, and packaging quality is good, safety and sanitation and packing advantage exquisite attractive in appearance.The present invention makes production efficiency improve 50 times, saves packing productive costs 90%, reduces by 98% labour power, and great Fu Du Minus has lacked labour intensity.That the present invention also has is simple in structure, placement can be installed easily, and use cost is low, long service life, result of use is good and the advantage that saves labor.
The accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model.
Fig. 2 is the local structure schematic diagram that packaging film transmits into bag cutting device and packing bag conveying device.
The structural representation that Fig. 3 is slide fastener hot enclosuring device of the present utility model.
Fig. 4 and Fig. 5 are the structural representation that vacuumizes the heat-sealing bagging apparatus without chamber of the present utility model.
Fig. 6 is opening suction disc equipment structural representation of the present utility model.
The structural representation that Fig. 7 is electronic-weighing pay-off of the present utility model.
Fig. 8 is elevating conveyor structural representation of the present utility model.
Specific embodiments
As shown in Figures 1 to 8, the integrated vacuum packing machine of a kind of intelligent three-dimensional many materials of bag filling, comprise that packaging film transmits into a bag cutting device, packing bag conveying device, quantitative filling bagging apparatus and vacuumizes heat-sealing bagging apparatus 1 without chamber.Packaging film transmits into a bag cutting device and is positioned at body 19 1 sides, and the body opposite side is provided with without chamber and vacuumizes the heat-sealing bagging apparatus.The quantitative filling bagging apparatus transmits into bag cutting device and vacuumizes without chamber on the body between heat-sealing bagging apparatus 1 at packaging film.Packing bag conveying device transmits into bag cutting device at packaging film and vacuumizes to the quantitative filling bagging apparatus with without chamber on the body between the heat-sealing bagging apparatus.Wherein:
As shown in Figure 1 to Figure 3, packaging film transmits into a bag cutting device and is: (packaging film roller two ends and body are coupling to twist in packaging film roller 28.) on packaging film by beating date machine 29 and bag shaper 16, with zip strip by Zipper forming device 12, (zip strip twists in zip strip roller 30, and zip strip roller two ends and body are coupling.) on enter together in slide fastener hot enclosuring device 3, both are integral in conjunction with heat-sealing at an end of packaging bag 33.Establish successively super sonic slide fastener heat-sealing mouthpart 4, vertical edge sealer 27 and large edge sealer 26 on the body of slide fastener hot enclosuring device outlet side, complete the moulding of packaging bag.
Described slide fastener hot enclosuring device is to drive two slide fastener heat seal die 35 closed separation mutually by cylinder 34, in each slide fastener heat seal die, establishes tubular electric heating element 36.Two corresponding faces of slide fastener heat seal die are equipped with slide fastener groove 301, between two slide fastener heat seal die of slide fastener 38 both sides, are provided with cleading 37.The body of slide fastener heat seal die exit end is provided with super sonic slide fastener heat-sealing mouthpart.The zip closure of packing sack is in fact to utilize the boss of slide fastener negative and positive and volume groove to buckle solid row involution, requires two slide fasteners of negative and positive that good location will be arranged, because packaging film is different from the material of slide fastener, thickness also differs greatly, only, with the routine heat-sealing, quality is low, easily comes off.For after the present invention adopts both preliminary heat-sealings in the slide fastener heat seal die fixing, then with the ultrasonic wave heat-sealing fusion implantation of super sonic slide fastener heat-sealing mouthpart both firmly together.In order to realize that two slide fasteners of negative and positive have good location, be equipped with the slide fastener groove at two corresponding faces of slide fastener heat seal die, respectively two chain sheets of negative and positive imported in the slide fastener heat seal die, under cylinder action, two slide fastener heat seal die closures, the only both sides of preliminary fixedly two chain sheets of negative and positive and packaging bag.Finally, utilize super sonic slide fastener heat-sealing mouthpart that the clinkering of two negative and positive slide fasteners is embedded in packaging bag and seal both sides.The heat-sealing realized is integrated with the ultrasonic heat encapsulation technique, makes both in conjunction with firmly, accurately locate.
Packing bag conveying device, by chain 23, be positioned on chain the compression cylinder 31 that is the spacing distance setting, send bag device 32 and 14, machinery folder to form.Chain extremely vacuumizes without chamber on the body between heat-sealing bagging apparatus entrance point at large edge sealer exit end.Machinery presss from both sides and send bag device to lay respectively at and need get the front and back ends that the bench board of material or vaccum-pumping equipment is loaded in packaging bag from chain.The machinery folder is got packaging bag from chain and is put on bench board; And the packaging bag of sending bag device to install to fill out material or vacuumize is again put carry out next-step operation on chain.The chain connection is respectively loaded between material or vaccum-pumping equipment, and by program control driven by motor operation, compression cylinder is for pressing solidly packaging bag at chain.
The present invention is provided with touch screen controller 5 at the body front end, inside establishes and controls computing machine and control module etc., for to respectively establishing the Collaborative Control of respectively carrying out programming control, transmission control, communication.It is the control to the aspects such as position, speed and adjusting thereof of standby equipment transmission that transmission is controlled; Have and control preferably upper computer and good man-machine interface, making between each equipment has good information communication transmission; In addition, adopt sensor, as temperature sensor, mechanics sensor (LOAD CELLS), position transduser (light, magnetic pickup device) etc., there is good feedback and controller performance.
The quantitative filling bagging apparatus, comprise the quantitative pot installation 6 realized by screw feeding device 7, conveyer feed opening 8, quantitative oil pump 9, jigger 25, feeding cylinder parts 24; The powder material packing scale 10 of being realized by screw rod feed opening 22, opaque conveyor for packaging machine 11; The granule materials rationing filling device 13 of being realized by electronic-weighing pay-off 2.Quantitative pot installation, powder material packing scale and granule materials rationing filling device are positioned on the outer body of large edge sealer outlet successively, on the body of quantitative pot installation and each packing scale lower end charging door, are equipped with opening suction disc equipment 21.Quantitative pot installation, powder material packing scale and granule materials rationing filling device can arrange 1～2 as required.Different materials need adopt the quantitative filling bagging apparatus with its coupling, with liquid, particle, the powder morphology that is applicable to material.The present invention has adopted respectively the metering supply device of quantitative pot installation, powder material packing scale and granule materials rationing filling device can meet the feed requirement to 3 kinds of different material forms.
The screw feeding device that the installation of described quantitative pot is used by packing particulate matter and powder and be positioned at the quantitative oil pump 9 that the packing liquid on screw feeding device one side body uses and formed.The opening suction disc equipment upper end that the exit end of quantitative oil pump communicates and is positioned at this screw feeding device lower end by conduit, the entrance point of the quantitative oil pump wet tank that communicates.The upper end of this screw feeding device communicates with the parallel load-transfer device outlet of elevating conveyor.The outlet of the lower end of screw feeding device communicates with the entrance of jigger 25, the outlet of jigger this opening suction disc equipment upper end that communicates.
As shown in Figure 6, described opening suction disc equipment 21 consists of two propulsion cylinders 40 that are oppositely arranged, 39, straight blank pipe mouth being positioned at the sucker 41 on piston rod and the sucker that communicates, and straight blank pipe mouth communicates with air pump 20 by conduit.The packing sack is by between two suckers.When packaging bag is positioned at quantitative pot installation or be positioned at the powder material packing scale or be positioned on the bench board of granule materials rationing filling device discharging opening lower end, two propulsion cylinders are opened, sucker paster hard-pressed bale bagging-off spout dual-side on piston rod, and generation negative pressure, then after piston rod, move, after two suckers will be packed the sack dual-side and inhale and to open separation, for the dress material in packaging bag.
As shown in Figure 7.The lower end that described electronic-weighing pay-off 2 is vibration bin 205 is connected with body by spring 207.Establish vibrator 206 in vibration bin, vibrating bunker 203 is established in the upper end of vibration bin.The rear upper end of vibrating bunker communicates with the feed opening of storage bin hopper 204, the front end exit of the vibrating bunker hopper 202 of weighing that communicates.LOAD CELLS 201 is established in the weigh lower end of hopper, and the discharge door 209 of the hopper of weighing is controlled and opened and closed by cylinder 208 and retracing spring 211.The discharge door upper end is coupling by hinge 210 and the hopper of weighing.
The principle of work of electronic-weighing pay-off is: material is promoted and to be fallen into storage bin hopper 204 by elevating conveyor, is provided with level detector 212 in storage bin hopper, so that material level sends signal when low, makes the elevating conveyor feed.The vibration bin that the storage bin hopper below is used for blanking, vibration bin has spring.The hopper lower end of weighing is provided with LOAD CELLS.When material meets the requirements of filling weight need to be when filling feed in packaging bag, sensor sends signal by control system and connects vibrator 206, make vibrating bunker 203 vibrations, granule materials is shaken and falls into the hopper 202 of weighing, material is after the hopper of weighing is by the LOAD CELLS weighing, start cylinder 208 discharge door of weighing bucket below is opened, material enters in packaging bag and fills, and then retracing spring 211 resets.The present invention is in order to overcome in packaging process the problem that vacuumizes activity time length and affect capacity rating, adopt the collaborative work of multistation quantitative feeding filling device, utilize more than 2 and quantitatively fill feeding device, fill simultaneously, vacuumize, seal synchronous operation, improve throughput rate.When packaging-filling different shape material, can control and automatically choose the wherein filling feed mode of a coupling and complete by microcomputer.I.e. optional one work in quantitative pot installation, powder material packing scale and granule materials rationing filling device.Certainly, with the corresponding preorder packaging film of material of filling, transmit into a bag cutting device, also can set the packaging bag type according to the material form of filling, or omit zip strip; As fill the Self stand bag of liquid, with zip strip or not with packaging bag of zip strip etc.
When quantitative pot is installed to dress liquid material package, only need its quantitative oil pump of establishing of startup to complete and get final product.
As shown in Figure 8, the particle of each equipment, the material supply of powdered are completed by elevating conveyor.Described elevating conveyor is Z-shaped.The rear side lower end spacing distance that promotes body is provided with main driving wheel 52 and adjusting knurl 49 side by side.Main driving wheel is by driven by motor, and adjusting knurl can be by the spacing of adjustment seat 50 adjustment and main driving wheel, so that the endless belt conveyer elasticity is applicable to.The lifting body 51 of main driving wheel upper end is provided with the first wheel flutter 46, and upper end, the front side spacing distance that promotes body is provided with flower wheel 60 and the second wheel flutter 43 side by side.The lifting body of the second wheel flutter lower end is provided with the 3rd wheel flutter 42.Endless belt conveyer 44 Down-Up is set between adjusting knurl and main driving wheel and flower wheel and the second wheel flutter.Endless belt conveyer is located in sealed enclosure 45.The first wheel flutter and the 3rd wheel flutter hold respectively the top and bottom of endless belt conveyer.The lifting body on top, endless belt conveyer lower end is provided with silo 47, and the silo lower end is provided with vibra feeder 48.The lifting body of bottom, endless belt conveyer upper end is provided with parallel load-transfer device 53.Bottom, endless belt conveyer upper end is established feed hopper 59 and is communicated with parallel load-transfer device rear side.Establish the material adjuster 58 driven by pipe link 55 by eccentric wheel 54 on parallel load-transfer device, without interruption with the material dosing that completes particle to each equipment, powdered.Parallel load-transfer device is driven by main gear running roller 56 by buncher 57, and parallel load-transfer device rear side is around from Live roller.Its feed principle and electronic-weighing pay-off are basic identical, therefore be not repeated.
Loaded packaging bag material, opening by sending bag device to take out and insert chain and be transported to without chamber and vacuumize on the body before the heat-sealing bagging apparatus by scissors device 15 by each packaging bag of disjunctor separately from the bench board of opening sucking disk part.Load packaging bag material, opening by the machinery folder by one again and taken off and put in the U-shaped that vacuumizes the heat-sealing bagging apparatus without chamber is deposited bag groove from chain, to complete jolt ramming, flattened shaping, the final program that vacuumizes and seal.
As shown in Figure 4 and Figure 5, vacuumize without chamber that heat-sealing is packed to be set to a U-shaped of inserting for packaging bag and to deposit bag groove 104.Deposit a bag groove lower end and set sack 107.The lower bag mouth lower end product outlet 18 that communicates.A side of depositing bag groove is positioning baffle 101, and vibrator 17 is established in the positioning baffle lower end.The upper end, both sides of positioning baffle is coupling with the set pin 111 be positioned on body, can establish pin-and-hole 110 in the upper end, both sides of positioning baffle, and set pin inserts in pin-and-hole and can be coupling.The lower end, the outside of positioning baffle and an end of movable rod 115 are coupling, and the other end of movable rod is coupling and adjusts the piston rod 109 of cylinder 114.One end of portable bar 113 is coupling and is positioned at the permanent seat 112 on the outer body of positioning baffle, also the be coupling piston rod of this adjustment cylinder of the other end of portable bar.Positioning baffle be take set pin as axle like this, makes its perpendicular or parallel ground of plate face (or horizontal surface), and when the piston rod of adjusting cylinder takes in, positioning baffle is perpendicular to the ground, and when the piston rod of adjusting cylinder ejects, positioning baffle is parallel to the ground.Deposit in another side of bag groove and establish pressing plate 103, be positioned at and deposit bag piston rod band dynamic pressure plate of the extruding cylinder 102 in the groove outside and move to positioning baffle.Heat-sealing clamping plate 106 are established in the upper end of positioning baffle, and the heat-sealing clamping plate are driven by heat-sealing cylinder 108.The upper end of heat-sealing clamping plate be the clamping plate 105 of bleeding, and on the corresponding inner side edge of the clamping plate of bleeding, establishes fluted plenum, densely covered aspirating hole on the fluted plenum madial wall, the aspirating hole air pump 20 that communicates.The clamping plate of bleeding are also driven by suction cylinder.
When machinery folder one load packaging bag material, opening from chain, take off put the U-shaped that is vacuumizing the heat-sealing bagging apparatus without chamber deposit bag groove in the time, the vibrator of positioning baffle lower end vibrates the bulk material ram-jolt in bag.Adjust cylinder simultaneously and start, piston rod ejects, and under movable rod, portable bar and set pin position-limiting action, makes positioning baffle parallel to the ground.The piston rod band dynamic pressure plate that simultaneously pushes cylinder moves to positioning baffle, and pressing plate goes out the little air piezometric in bag and the material in bag is flattened, with packing attractive in appearance be convenient to deposit.Then, the clamping plate of bleeding are also by first closure clamping of suction cylinder sack, and air pump makes aspirating hole produce negative pressure air extraction in bag is formed to directly sky, then by heat-sealing cylinder drive heat-sealing clamping plate cramping sack, sack sealed.Complete jolt ramming, flatten shaping, the final program that vacuumizes and seal.Then, positioning baffle resets, and the packaging bag of having packed drops out U-shaped from lower bag mouth and deposits bag groove 104, from the finished product outlet, enters vanning.Complete whole packaging process.If while in packaging bag, being liquid, to adjust cylinder and can not work, perpendicular the putting of packaging bag vacuumizes, seals.
In a word, the utility model energy intellectuality Automatic continuous under operatorless state completes the integrated packaging overall process of various various materials, can meet the health to various many kinds of substance packing of product, the requirement of guaranteeing the quality, have a kind of packing many, wide adaptability, production efficiency is high, and package speed is fast, and recruitment is few, packaging quality is good, safety and sanitation and packing advantage exquisite attractive in appearance.
Claims (6)
1. the integrated vacuum packing machine of intelligent three-dimensional many materials of bag filling comprises that packaging film transmits into a bag cutting device, packing bag conveying device, quantitative filling bagging apparatus and vacuumizes the heat-sealing bagging apparatus without chamber, is characterized in that:
Packaging film transmits into a bag cutting device and is positioned at body one side, the body opposite side is provided with without chamber and vacuumizes the heat-sealing bagging apparatus, the quantitative filling bagging apparatus transmits into bag cutting device and vacuumizes without chamber on the body between the heat-sealing bagging apparatus at packaging film, and packing bag conveying device transmits into bag cutting device at packaging film and vacuumizes to the quantitative filling bagging apparatus with without chamber on the body between the heat-sealing bagging apparatus; Wherein
Packaging film transmits into a bag cutting device, be packaging film by beating date machine and bag shaper and entering the end in packaging bag in the slide fastener hot enclosuring device together with zip strip by the Zipper forming device and be integral in conjunction with heat-sealing, establish successively super sonic slide fastener heat-sealing mouthpart, vertical edge sealer and large edge sealer on the body of slide fastener hot enclosuring device outlet side;
The quantitative filling bagging apparatus, comprise the quantitative pot installation realized by screw feeding device, conveyer feed opening, quantitative oil pump, jigger, feeding cylinder parts; The powder material packing scale of being realized by screw rod feed opening, opaque conveyor for packaging machine; The granule materials rationing filling device of being realized by the electronic-weighing pay-off; Quantitative pot installation, powder material packing scale and granule materials rationing filling device are positioned on the outer body of large edge sealer outlet successively, on the body of quantitative pot installation and each packing scale lower end charging door, are equipped with the opening suction disc equipment;
Packing bag conveying device, by chain, be positioned on chain the compression cylinder that is the spacing distance setting, send bag device and machinery folder institute to form, chain at large edge sealer exit end to the body vacuumized without chamber between heat-sealing bagging apparatus entrance point;
Vacuumize the heat-sealing bagging apparatus without chamber, be that a U-shaped of inserting for packaging bag is deposited a bag groove, a side of depositing bag groove is positioning baffle, vibrator is established in the positioning baffle lower end, the upper end, both sides of positioning baffle is coupling with the set pin be positioned on body, the lower end, the outside of positioning baffle and an end of movable rod are coupling, the other end of movable rod is coupling and adjusts the piston rod of cylinder, one end of portable bar is coupling and is positioned at the permanent seat on the outer body of positioning baffle, also the be coupling piston rod of this adjustment cylinder of the other end of portable bar, when the piston rod of adjustment cylinder takes in, positioning baffle is perpendicular to the ground, when the piston rod of adjustment cylinder ejects, positioning baffle is parallel to the ground, deposit in another side of bag groove and establish pressing plate, a piston rod band dynamic pressure plate that is positioned at the extruding cylinder of depositing bag groove outside moves to positioning baffle, the heat-sealing clamping plate are established in the upper end of positioning baffle, the heat-sealing clamping plate are driven by the heat-sealing cylinder, the upper end of heat-sealing clamping plate is the clamping plate of bleeding, establish fluted plenum on the corresponding inner side edge of the clamping plate of bleeding, aspirating hole gathers on the fluted plenum madial wall, the aspirating hole air pump that communicates.
2. the integrated vacuum packing machine of intelligent three-dimensional many materials of bag according to claim 1 filling, it is characterized in that: described slide fastener hot enclosuring device is for being driven the closed separation mutually of two slide fastener heat seal die by cylinder, establish tubular electric heating element in the slide fastener heat seal die, two corresponding faces of slide fastener heat seal die are equipped with the slide fastener groove, be provided with cleading between two slide fastener heat seal die of slide fastener both sides, the body of slide fastener heat seal die exit end is provided with super sonic slide fastener heat-sealing mouthpart.
3. the integrated vacuum packing machine of intelligent three-dimensional many materials of bag according to claim 1 filling, it is characterized in that: described opening suction disc equipment is consisted of two propulsion cylinders that are oppositely arranged, the straight blank pipe mouth that is positioned at the sucker on piston rod and the sucker that communicates, and the packing sack is by between two suckers.
4. the integrated vacuum packing machine of intelligent three-dimensional many materials of bag according to claim 1 filling, it is characterized in that: the lower end that described electronic-weighing pay-off is vibration bin is connected with body by spring, establish vibrator in vibration bin, vibrating bunker is established in the upper end of vibration bin, the rear upper end of vibrating bunker communicates with the feed opening of storage bin hopper, the front end exit of the vibrating bunker hopper of weighing that communicates, LOAD CELLS is established in the weigh lower end of hopper, and the discharge door of the hopper of weighing is controlled and opened and closed by cylinder and retracing spring.
5. the integrated vacuum packing machine of intelligent three-dimensional many materials of bag according to claim 1 filling, it is characterized in that: the screw feeding device that the installation of described quantitative pot is used by packing particulate matter and powder and be positioned at the quantitative oil pump that the packing liquid on screw feeding device one side body uses and formed, the opening suction disc equipment upper end that the exit end of quantitative oil pump communicates and is positioned at this screw feeding device lower end by conduit, the entrance point of the quantitative oil pump wet tank that communicates, the upper end of this screw feeding device communicates with the parallel load-transfer device outlet of elevating conveyor, the lower end outlet of screw feeding device communicates with the entrance of jigger, the outlet of jigger this opening suction disc equipment upper end that communicates.
6. the integrated vacuum packing machine of intelligent three-dimensional many materials of bag according to claim 5 filling, it is characterized in that: described elevating conveyor is Z-shaped, the rear side lower end spacing distance that promotes body is provided with main driving wheel and adjusting knurl side by side, the lifting body of main driving wheel upper end is provided with the first wheel flutter, upper end, the front side spacing distance that promotes body is provided with flower wheel and the second wheel flutter side by side, the lifting body of the second wheel flutter lower end is provided with the 3rd wheel flutter, endless belt conveyer Down-Up is set between adjusting knurl and main driving wheel and flower wheel and the second wheel flutter, the first wheel flutter and the 3rd wheel flutter hold respectively the top and bottom of endless belt conveyer, the lifting body on top, endless belt conveyer lower end is provided with silo, the silo lower end is provided with vibra feeder, the lifting body of bottom, endless belt conveyer upper end is provided with parallel load-transfer device, establish the material adjuster driven by pipe link by eccentric wheel on parallel load-transfer device, parallel load-transfer device is driven by buncher.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204655997U CN203358868U (en) | 2013-08-01 | 2013-08-01 | Intelligent three-dimensional bag-making multi-material filling integrated vacuum package machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204655997U CN203358868U (en) | 2013-08-01 | 2013-08-01 | Intelligent three-dimensional bag-making multi-material filling integrated vacuum package machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203358868U true CN203358868U (en) | 2013-12-25 |
Family
ID=49806666
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013204655997U Withdrawn - After Issue CN203358868U (en) | 2013-08-01 | 2013-08-01 | Intelligent three-dimensional bag-making multi-material filling integrated vacuum package machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203358868U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103387059A (en) * | 2013-08-01 | 2013-11-13 | 彭智松 | Intelligent three-dimensional bag-making multi-material filling integrative vacuum packing machine |
| CN104192328A (en) * | 2014-09-04 | 2014-12-10 | 安徽正远包装科技有限公司 | Quantitative weighing packaging system |
| CN110356602A (en) * | 2019-07-23 | 2019-10-22 | 深圳职业技术学院 | A kind of packaging facilities suitable for soft body food packaging |
| CN110585454A (en) * | 2019-10-25 | 2019-12-20 | 安徽金寨乔康药业有限公司 | Ganoderma lucidum spore powder moist heat sterilization equipment |
-
2013
- 2013-08-01 CN CN2013204655997U patent/CN203358868U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103387059A (en) * | 2013-08-01 | 2013-11-13 | 彭智松 | Intelligent three-dimensional bag-making multi-material filling integrative vacuum packing machine |
| CN103387059B (en) * | 2013-08-01 | 2016-06-29 | 彭智松 | Intelligent three-dimensional bag many materials filling integral vacuum packer |
| CN104192328A (en) * | 2014-09-04 | 2014-12-10 | 安徽正远包装科技有限公司 | Quantitative weighing packaging system |
| CN110356602A (en) * | 2019-07-23 | 2019-10-22 | 深圳职业技术学院 | A kind of packaging facilities suitable for soft body food packaging |
| CN110585454A (en) * | 2019-10-25 | 2019-12-20 | 安徽金寨乔康药业有限公司 | Ganoderma lucidum spore powder moist heat sterilization equipment |
| CN110585454B (en) * | 2019-10-25 | 2021-04-13 | 安徽金寨乔康药业有限公司 | Ganoderma lucidum spore powder moist heat sterilization equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103387059B (en) | Intelligent three-dimensional bag many materials filling integral vacuum packer | |
| CN201457747U (en) | Bagging machine for quantifying bulk materials | |
| CN203358868U (en) | Intelligent three-dimensional bag-making multi-material filling integrated vacuum package machine | |
| CN201292019Y (en) | Vertical packing machine | |
| CN209455100U (en) | Automatic packaging machine | |
| CN109606830A (en) | Automatic packaging machine | |
| CN103496452B (en) | Smart card flow-through packing machine | |
| CN102173315B (en) | Intelligent integrated full-automatic tea vacuum packing machine | |
| CN206813359U (en) | A kind of upright packing machine | |
| CN202272178U (en) | Improved type integrative machine for weighing of tea leaves and bag making and material loading of inner bags with films | |
| CN203667019U (en) | Bag feed type packing machine | |
| CN202193210U (en) | Regular granular material combination quantitative canning machine | |
| CN205819682U (en) | A kind of milk powder capsule-packaging machines | |
| CN204323716U (en) | A kind of animal and fowl fodder bagging and weighing capper | |
| CN202765323U (en) | Vacuum encapsulation device | |
| CN103407607B (en) | Multiplexly adjustablely vacuumize heat-sealing bagging apparatus without chamber | |
| CN209127086U (en) | A kind of three-dimensional packing machine | |
| CN203740145U (en) | Quantitative packaging machine | |
| CN203392024U (en) | Multi-purpose adjustable no-chamber vacuumization heat-sealing packaging device | |
| CN110316406A (en) | Can automatic deviation correction filling and packaging machine and its control method | |
| CN2858490Y (en) | Bagging sealing device | |
| CN113955167B (en) | Tea packaging machine with built-in paper box | |
| CN203497187U (en) | Intelligent cartoon type packing machine | |
| CN103496456A (en) | Valve port bag packing machine | |
| CN210258890U (en) | Filling packaging machine capable of automatically correcting deviation |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131225 Effective date of abandoning: 20160629 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20131225 Effective date of abandoning: 20160629 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |